|
1064 |
| 1.06 micron |
| 1.06 microns |
| 1.06um |
| 1.27 micron |
| 1.27 microns |
| 1.3 micron |
| 1.3 microns |
| 1.55 micron |
| 1.55 microns |
| 10 micron |
| 10.6mm |
| 100 femtosecond |
| 100 femtoseconds |
| 100 fs |
| 100 fs |
| 100 fs pulse |
| 100 fs pulse |
| 100 fs pulses |
| 100 fs pulses |
| 100 fs temporal resolution |
| 100 fs temporal resolution |
| 100 fs temporal resolution |
| 100 kW CO2 |
| 100eV |
| 100-femtosecond pulse |
| 100-femtosecond pulse |
| 100-femtosecond pulses |
| 100fs |
| 100mJ |
| 100TW |
| 100TW |
| 1060 nm |
| 1060nm |
| 1064 nm |
| 1064 nm |
| 1064 nm beam |
| 1064nm |
| 10-fs |
| 10TW |
| 10TW |
| 12-fs |
| 13.5nm |
| 1350 nm |
| 1350nm |
| 14th International Conference |
| 150fs |
| 1550 nm |
| 1550 nm |
| 1550nm |
| 193 nm |
| 193 nm excimer laser |
| 193 nm irradiation |
| 193nm |
| 1994 Nobel Prize |
| 1-D Fourier transforms |
| 1-D Fourier transforms |
| 1-D Fourier transforms |
| 1-D Fourier transforms |
| 1st order Stokes |
| 20 femtosecond |
| 20 fs |
| 20 fs |
| 20 micron BBO |
| 2004 ultrafast |
| 20fs |
| 213 nanometers |
| 213 nm |
| 213 nm Nd:YAG |
| 213nm |
| 226 Ra |
| 226Ra |
| 239 Pu |
| 239Pu |
| 241 Am |
| 241Am |
| 252 Cf |
| 252Cf |
| 266 nanometers |
| 266 nm |
| 266 nm Nd:YAG |
| 266nm |
| 2nd order Stokes |
| 2-photon |
| 2PPE |
| 2TW |
| 2TW |
| 30 fs |
| 30 micron BBO |
| 33-fs |
| 355 nanometers |
| 355 nm |
| 355 nm Nd:YAG |
| 355nm |
| 3D brain scans |
| 3-D Confocal |
| 3-D Image |
| 3D microscopy |
| 3-D Microscopy |
| 3-photon |
| 3rd order Stokes |
| 3-wave interactions |
| 4 micron |
| 405nm |
| 488nm |
| 4Pi confocal |
| 5 micron |
| 50 femtosecond |
| 50 fs |
| 50 fs |
| 50 micron BBO |
| 50fs |
| 514 nm |
| 514nm |
| 532 nm |
| 532 nm |
| 532 nm Nd:YAG |
| 532nm |
| 532nm |
| 578 nm |
| 5-hydroxytryptamine autofluorescence |
| 5th order Raman |
| 5TW |
| 5TW |
| 6 micron |
| 629 nm |
| 633nm |
| 690nm |
| 70 fs |
| 785nm |
| 8 micron |
| 800 nm |
| 800nm |
| 820 nm |
| 880 nm |
| 9 Be |
| 920 nm |
| 950 nm |
| 950nm |
| 9Be |
| a particle |
| A. A. Ionin |
| A. A. Ionin |
| A. A. Schmidt |
| A. A. Schmidt |
| A. B. Karabut |
| A. B. Karabut |
| A. Babine |
| A. Babine |
| A. Babine |
| A. Cavalleri |
| A. Cavalleri |
| A. Cavalleri |
| A. D. Aguirre |
| A. D. Miller |
| A. E. Stepanov |
| A. E. Stepanov |
| A. Efimov |
| A. Efimov |
| A. Efimov |
| A. Egorov |
| A. Egorov |
| A. Endo |
| A. Endo |
| A. F. Mukhamedgalieva |
| A. Forsman |
| A. Forsman |
| A. G. Lipson |
| A. G. Lipson |
| A. Gelperin |
| A. Groisman |
| A. Heikal |
| A. Heikal |
| A. Heikal |
| A. Horn |
| A. Horn |
| A. J. Dempster |
| A. L. Gaeta |
| A. L. Gaeta |
| A. L. Gaeta |
| A. L. Obaid |
| A. L. Safronov |
| A. L. Safronov |
| A. L. Shluger |
| A. L. Shluger |
| A. LaPorta |
| A. Leitenstorfer |
| A. Liem |
| A. M. Bondar' |
| A. M. Bondar' |
| A. M. Rubenchik |
| A. M. Rubenchik |
| A. M. Rubenchik |
| A. M. Rubenchik |
| A. Mermillod |
| A. Mermillod |
| A. N. Panchenko |
| A. N. Panchenko |
| A. P. Napartovich |
| A. P. Napartovich |
| A. Rosenfeld |
| A. Rosenfeld |
| A. Semenov |
| A. Semenov |
| A. Sergeev |
| A. Sergeev |
| A. Sergeev |
| A. Starik |
| A. Starik |
| A. Stepanov |
| A. Stepanov |
| A. Stepanov |
| A. V. Fedenev |
| A. V. Pakhomov |
| A. V. Pakhomov |
| A. Vogel |
| A. Vogel |
| A. Vogel |
| A. Zaslavsky |
| A.A. Karabutov |
| A.A.Oraevsky |
| A.F. Ioffe |
| A.F. Ioffe |
| A.G.Suzdal'tsev |
| A.I.Gribenyukov |
| A.J. Taylor |
| A.M. Weiner |
| A.M. Weiner |
| A.Oraevsky |
| AACG |
| AACG Newsletter |
| Abbe Refractometer |
| aberration |
| Aberration Free Image |
| Aberrations |
| aberrations |
| ABL |
| ablation |
| ablation efficiency |
| ablation efficiency |
| Ablation Mechanism |
| Ablation Mechanism |
| ablation of polymers |
| ablation of polymers |
| ablative laser |
| ablative laser |
| Ablative laser propulsion |
| Ablative laser propulsion |
| ablative stabilization |
| ablative stabilization |
| absorption |
| absorption changes |
| absorption coefficient |
| absorption dipole |
| absorption kinetics |
| absorption line |
| absorption spectra |
| absorption spectra |
| absorption spectroscopy |
| absorption spectrum |
| accelerating potential |
| accelerating system |
| accelerator injection |
| Accelerator-based |
| acceptor photobleaching |
| acini |
| Acoustic Logging |
| Acousto-Optic |
| acousto-optic device |
| acousto-optic diffraction |
| acousto-optic diffraction |
| acousto-optic diffraction |
| acousto-optic diffraction |
| acousto-optic diffraction |
| acousto-optic modulator |
| Acousto-Optic Tunable Filter |
| Acousto-Optic Tunable Filters |
| Acousto-Optical Crystal |
| Acousto-Optical Crystals |
| ACS meeting |
| ACS National Meeting |
| Actin |
| action potential |
| action potentials |
| activation product |
| activation products |
| active biomass |
| Active Medium |
| active phosphor |
| active phosphor surface |
| active sensor |
| Active sensor security |
| Active sensor security systems |
| actively linked |
| adjustable optical delay |
| adjustable optical delay |
| adjustable optical delay |
| adjustable optical delay |
| adjustable optical delay |
| advanced image analysis |
| Advances in Quantitative Optical Microscopy |
| Aerosense |
| Aerosense Conference |
| Aerospace Engineering |
| Aerospace Engineering |
| aerospace laser |
| aerospace laser |
| AF-343 |
| affinity chromatography |
| AgGa1-xInxS2 |
| AgGa1-xInxS2 |
| AgGa1-xInxSe2 |
| AgGa1-xInxSe2 |
| AgGaS2 |
| AgGaS2 |
| AgGaSe2 |
| AgGaSe2 |
| AGIL |
| Ahmed Zewail |
| Air Compressor |
| Air Force Research |
| Air Force Research |
| Air Force Research Laboratory |
| Air Turbulence Detection |
| airborne laser |
| Airborne Laser |
| Airborne Laser program |
| Airborne OPO |
| air-spaced |
| Alafi Family Foundation |
| Alafi Neuroimaging |
| Alan Doctor |
| Alan G. Marshall |
| Albrecht Bartels |
| Alexa 488 |
| Alexa 488-Cy3 |
| Alexa633 |
| Alexander A. Karabutov |
| Alexander A. Oraevsky |
| Alexander Efros |
| Alexander Karabutov |
| Alexander M. Rubenchik |
| Alexander M. Rubenchik |
| Alexander Mikhailovsky |
| Alexander Oraevsky |
| Alexander Oraevsky |
| Alexander Rubenchik |
| Alexander Rubenchik |
| Alexandrite |
| Alfred Benninghoven |
| alignement |
| aligning |
| aligning infrared laser |
| alignment of infrared laser beams |
| alignment of laser |
| alignment tolerance |
| All-optical |
| All-optical |
| All-optical switch |
| All-optical switching |
| Allosteric |
| allosteric effectors |
| all-solid-state |
| alpha detector |
| alpha ion |
| alpha particle |
| alpha particle detector |
| Alphan Sennaroglu |
| aluminum atom |
| Alzheimer's disease |
| Alzheimer's disease |
| Alzheimer's disease |
| Am 241 |
| AM dyes |
| Am241 |
| AmBe |
| American Academy of Arts and Sciences |
| American Academy of Arts and Sciences |
| American Academy of Arts and Sciences |
| American Association for the Advancement of Science |
| American Institute of Medical and Biological Engineers |
| American Institute of Medical and Biological Engineers |
| American Physical Society |
| American Physical Society |
| American Physical Society |
| Americium-241 |
| Amersham Biosciences |
| amine proton |
| amplification of femtosecond |
| amplification process |
| amplification process |
| amplification process |
| amplification process |
| Amplification System |
| Amplified Spontaneous |
| Amplified Spontaneous Emission |
| Amplified Spontaneous Emission |
| Amplified Spontaneous Emission |
| Amyloid precursor protein |
| Analog optical |
| AnaLog Services |
| Analytical Chemistry |
| Analytical Chemistry |
| Analytical Chemistry |
| Analytical Sciences Corp |
| Analytical Sciences Corp |
| Analytical Sciences Corp |
| anatase TiO2 |
| Anatoly Maksimchuk |
| Anatomical imaging |
| and projection displays |
| Andreas Tünnermann |
| Andrei A. Ionin |
| Andrew M. Kowalevicz |
| Andrew Shabaev |
| angle-resolved |
| angle-tuned |
| angle-tuned OPO |
| Angular Aberration |
| angular brightness |
| Anharmonic lattice |
| Anharmonic lattice |
| animal tissue |
| annealing temperature |
| Annexin |
| annular focus |
| annular illumination |
| anomalous dispersion |
| antennae |
| Anteon Corp |
| anterior pituitary growth |
| anterior pole |
| Anthony DiChiara |
| antibodies |
| anti-inflammatory drugs |
| antimissile |
| Antimissile System |
| Anti-Stokes |
| Anti-Stokes |
| Anti-Stokes Raman |
| Anti-Stokes Raman Scattering |
| AOTF |
| AOTF Imaging |
| Aplysia |
| Aplysia neurons |
| APO-1 |
| Apoplastic pH |
| apoptosis |
| Appl. Opt. |
| Appl. Opt. |
| Appl. Phys. |
| Appl. Phys. Lett |
| Applied Lasers |
| Applied Lasers |
| Applied Optics |
| Applied Optics |
| Applied Optics |
| Applied Physics |
| Applied Physics |
| Applied Physics Letters |
| Applied Research Associates |
| Applied Sciences |
| APS Biological Physics Prize |
| APS Biological Physics Prize |
| Arabidopsis thaliana |
| Aram Yang |
| ArF laser |
| argon ion laser |
| Argon laser |
| argon laser |
| Ar-Kr laser |
| Armstrong Laser |
| art collector |
| Art collectors |
| Art Restoration |
| Art Stephenson |
| arterial lesions imaging |
| artery occlusion |
| Arthur H. Guenther |
| Arthur H. Guenther |
| Artificial neural networks |
| ASE background |
| ASE background |
| ASE background |
| ASE background |
| aspheric |
| aspheric metrology |
| aspheric surfaces |
| aspheric testing |
| aspheric wavefront |
| aspherical |
| aspherical |
| Aspherical |
| aspherical lens |
| aspherical lenses |
| aspherical mirror |
| aspherical mirrors |
| aspherical optics |
| Aspherical Surfaces |
| Aspherics |
| assay development |
| associated particle imaging |
| Associative neural network |
| Astigmatism |
| astrochemistry |
| astrocyte |
| Astrophysical plasma |
| Astrosital |
| atmospheric monitoring |
| atom interferometer |
| atom interferometers |
| atom optics |
| atom probe FIM |
| Atom Trapping |
| atome probe |
| Atomic cluster |
| atomic nucleus |
| atomic particle |
| atomic power |
| atom-molecule complexes |
| ATP |
| ATP release |
| attenuation of evanescent waves |
| attosecond |
| attosecond |
| attosecond pulses |
| attosecond pulses |
| attosecond XUV |
| Auger cooling |
| Autocollimating Goniometer |
| Autocollimation Technique |
| Autocollimator |
| Autocorrelation |
| autocorrelation function |
| autocorrelation function |
| autocorrelation function |
| autocorrelation function |
| autocorrelation function |
| Autocorrelation Method |
| Autocorrelator |
| Autocorrelator |
| Autocorrelator |
| Autocorrelator |
| Autocorrelator |
| Autocorrelator |
| autocorrelator |
| Autocorrelators |
| Autocorrelators |
| Autocorrelators |
| Autocorrelators |
| Autocorrelators |
| Autocorrelators |
| autofluorescence |
| autofluorescence |
| Auto-Fluorescence |
| autofluorescence of tissue |
| autofluorescence of tissue |
| autofluorescence of tissue |
| autofocusing |
| automatic light switch |
| automatic light switch |
| automatic light switches |
| automatic light switches |
| Autostigmatic Measurement |
| Avesta |
| axicon |
| axicon lens |
| AXIOSKOP |
| B neutron |
| B. C. Stuart |
| B. D. Thompson |
| B. E. Bouma |
| B. E. Bouma |
| B. Friedman |
| B. Gerard |
| B. J. Kellett |
| B. J. Kellett |
| B. Kim |
| B. Lacour |
| B. Lacour |
| B. M. Salzberg |
| B. Mei |
| B. Mei |
| B. Mei |
| B. Ngoi |
| B. Ngoi |
| B. Pesaran |
| B. S. Luk'yanchuk |
| B. S. Luk'yanchuk |
| B. W. Connors |
| B.C. Walker |
| B.J. Bacskai |
| B.J. Bacskai |
| B.J. Bacskai |
| B.-L. Lin |
| B.M. Penetrante |
| B.M. Penetrante |
| B.T. Hyman |
| B.T. Hyman |
| B.T. Hyman |
| back reflections |
| BAE systems |
| BAE systems |
| BaF2 |
| Baker Laboratory |
| Ballistic Missile |
| ballistic test |
| balloon inflation |
| band edge |
| band pass filter |
| bare glass surface |
| barium titanate |
| barium titanate |
| barrier suppression |
| barrier suppression |
| barrier suppression |
| barrier suppression ionization |
| barrier suppression ionization |
| barrier suppression ionization |
| Barry C. Walker |
| basic interferometers |
| Basic Interferometry |
| Basic Spectrometer Technique |
| BBO |
| BBO crystal |
| BBO crystal oven |
| BBO nonlinear crystal |
| BBO OPO |
| Be 9 |
| Be9 |
| beam combiners |
| Beam Director |
| Beam divergence |
| beam line |
| beam of neutrons |
| beam profile |
| beam profile |
| beam quality |
| Beam quality |
| beam shaping optics |
| beam size |
| beam splitters |
| beam steering |
| beam steering |
| beam steering |
| beam steering |
| beam steering |
| beam steering |
| beam switches |
| beam walkoff |
| beam weapons |
| beam-finder |
| beamsize |
| beamsplitter |
| beamsplitters |
| beamsplitters |
| beating heart image |
| beating heart imaging |
| Becker and Hickl |
| becker-hickl |
| Beckman Laser Institute |
| Beckman Laser Institute & Medical Clinic |
| Bendix Corp |
| Bennett MV |
| Benninghoven |
| benzoquinone |
| Bertram Brockhouse |
| beryllium 9 |
| Bessel beam |
| Bessel beam profile |
| Bessel tweezer |
| BFP-GFP |
| BGO |
| BGO |
| Bi12GeO20 |
| Bi12GeO20 |
| Bi12SiO20 |
| Bi12SiO20 |
| Bi12TiO20 |
| Bi12TiO20 |
| Bi12TiO20 crystal |
| Bi12TiO20 crystal |
| Bi2TeO5 single crystals |
| Bi4Si3O12 Crystal |
| Bi-directional signaling |
| Biemann |
| biexciton |
| binary phase CGH |
| binding dynamics |
| bio-analytical technologies |
| bio-analytical technologies |
| bio-analytical technologies |
| biofilm |
| biofilm structure |
| biofilm thickness |
| biofilms |
| Biogeochemical |
| Bioimaging |
| Bioinstrumentation |
| biological activity |
| Biological Chemical Warfare Agents |
| Biological Chemical Warfare Agents |
| Biological Defence |
| biological membrane channels |
| biological membrane dynamics |
| biological membrane dynamics |
| biological nonlinear |
| biological nonlinear |
| biological nonlinear |
| biological nonlinear microscopy |
| biological solutions |
| biological specimen |
| biological specimens |
| biological tissue imaging |
| biological tissues |
| biological tissues |
| Biological Warfare Agents |
| Biological Warfare Agents |
| biomedical applications |
| biomedical applications |
| biomedical applications |
| Biomedical Optics |
| Biomedical Optics |
| Biomedical Topical |
| Biomolecular Science |
| bio-molecular signal |
| bio-molecular signals |
| bio-molecules |
| Biophotonic |
| biophotonic crystals |
| Biophotonics |
| Biophotonics |
| BioPhotonics Symposium |
| Biophysical Imaging |
| Biophysical Imaging |
| Biophysical Imaging Opto-Electronics |
| Biophysical Journal |
| Biophysical Journal |
| Biophysical Journal |
| Biophysical Journal |
| Biophysical Opto-Electronics |
| biophysical process |
| biophysical process |
| biophysical process |
| biophysical processes |
| biophysical processes |
| biophysical processes |
| biophysical processes in living cell |
| Biophysical Society |
| Biophysical Society |
| Biophysical Society |
| Biophysics Program |
| bio-probes |
| Bio-Rad |
| Bio-Rad Laboratories |
| Bio-Rad Laboratories |
| BIORAD MRC |
| BIORAD MRC 600 |
| Biotechnology Building |
| Biotechnology Group |
| Biotechnology Research Digital Electro-Optical Imaging |
| Biotechnology Research Digital Electro-Optical Imaging |
| biotissue ablation |
| birefringence |
| birefringence |
| birefringence |
| birefringent |
| birefringent |
| Bismuth Germanium Oxide |
| Bismuth Germanium Oxide |
| Bismuth Silicon Oxide |
| Bismuth Silicon Oxide |
| bismuth silicon oxide crystal |
| bismuth silicon oxide crystals |
| Bismuth Titanyl Oxide |
| BK-7 Glass |
| BK-7 glass |
| black level adjustment |
| blackbody spectrum |
| Blackett Laboratory |
| Blackett Laboratory |
| blood flow |
| blood imaging |
| blood vessels |
| blood-brain-barrier |
| blue emission |
| Blueshifted |
| Blueshifted |
| Blueshifted |
| BNCT |
| Boltzmann ratio |
| Borehole |
| Borehole Environment |
| Borehole neutron generator |
| Boris S. Luk'yanchuk |
| Boris S. Luk'yanchuk |
| boron atom |
| boron neutron |
| boron-10 |
| Boyce Thompson Institute |
| Bragg angle |
| Bragg angle |
| Bragg Grating |
| Bragg Gratings |
| brain circuitry |
| brain images |
| brain slides |
| Brain Tumor |
| brain tumor cell |
| brainstem |
| Brewster angle |
| Brewster Dispersion Prisms |
| brewster window |
| Brewster-cut |
| bright field |
| Broadband |
| broadband dichroic mirror |
| broadband dichroic mirrors |
| broadband femtosecond |
| broadband mirror |
| broadband mirror |
| broadband mirror |
| broadband mirror |
| broadband mirror |
| broadband mirror |
| broadband mirror |
| broadband optics |
| broadband optics |
| broadband optics |
| broadband optics |
| broadband optics |
| Bronstein JM |
| Bruce Allen |
| BSO |
| BSO |
| BSO crystal |
| BSO crystal |
| BSO crystals |
| BSO crystals |
| BTO |
| BTO |
| BTO crystal |
| BTO crystal |
| BTO crystals |
| BTO crystals |
| Bucker Dangor |
| Bucker Dangor |
| Bulk Material Analysis |
| bulk semiconductor |
| bullets of light |
| Burle |
| Burle Industries |
| Burle MCP |
| Butler P |
| C. Aydin |
| C. B. Schroeder |
| C. B. Schroeder |
| C. Blome |
| C. Blome |
| C. Depeursinge |
| C. Depeursinge |
| C. F. Wisniewski |
| C. G. R. Geddes |
| C. G. R. Geddes |
| C. Manus |
| C. Manus |
| C. Pitris |
| C. Pitris |
| C. R. Jones |
| C. R. Jones |
| C. R. Truman |
| C. R. Truman |
| C. Rose-Petruck |
| C. Rose-Petruck |
| C. Toth |
| C. Toth |
| C. Yamanaka |
| C. Yamanaka |
| C.-K. Sun |
| C.P.J. Barty |
| C.P.J. Barty |
| C.P.J. Barty |
| C.W. Siders |
| C.W. Siders |
| C.W. Siders |
| C60 |
| Ca2 |
| Ca2+ |
| cadmium selenide |
| CaF2 |
| CaF2 |
| caged compounds |
| CAICISS |
| Calcite |
| calcite |
| calcite polarizer |
| calcite polarizer |
| calcite prism |
| calcite prisms |
| calcite prisms |
| calcium concentration |
| calcium detection |
| calcium dynamics |
| calcium fluoride |
| Calcium Fluoride |
| Calcium imaging |
| calcium indicator |
| calcium ion indicators |
| calcium measurements |
| calcium oscillation |
| calcium oscillations |
| calcium oxoborate |
| calcium release |
| calcium sensing |
| calcium signaling |
| calcium transients |
| calcium wave |
| calcium waves |
| californium 252 |
| Californium-252 |
| calorimetry |
| calorimetry |
| Cameleons |
| cAMP signaling |
| cAMP-Specific |
| Cancer Research |
| cancerous tumor |
| Capillary optics |
| capillary optics |
| capture time |
| capturing explosion |
| capturing explosions |
| carcinoma cells |
| cardiac myocytes |
| cardiovascular imaging |
| Cargo Inspection |
| Carl Zeiss |
| Carrier Dynamics |
| CARS |
| cationic species |
| cavity configuration |
| cavity dispersion |
| cavity mirror |
| cavity mirrors |
| cavity ring-down spectroscopy |
| cavity-dumped oscillator |
| cavity-dumped oscillator |
| cavity-dumped oscillator |
| cavity-dumped oscillator |
| cavity-dumped oscillator |
| CCD registration system |
| CCNY |
| CCTEC |
| CdSe |
| CdSe ZnSe |
| Cell Analyzer |
| Cell Biology |
| Cell Calcium |
| cell cutting |
| cell cytoplasm |
| cell differentiation |
| cell division |
| cell image |
| cell imaging |
| cell killing |
| cell membranes |
| cell membranes |
| cell membranes |
| cell movements |
| cell nucleus |
| Cell signal |
| Cell signalling |
| cell-based assay |
| cell-based assays |
| Cell-Cell |
| Cell-cell Interaction |
| cellular |
| cellular electrophysiology |
| cellular event |
| cellular events |
| cellular function |
| cellular homeostasis |
| Cellular imaging |
| Cellular imaging |
| Cellular Imaging |
| Cellular imaging techniques |
| cellular life |
| Cellular Neuroscience |
| cellular pathway |
| cellular pathways |
| cellular response |
| Cellular signaling |
| Cellular signaling mechanisms |
| Center for Materials Research |
| Center for Ultrafast Optical Science |
| Center for Ultrafast Optical Science |
| Central Institute of Aviation Motors |
| Central Institute of Aviation Motors |
| central nervous system |
| central synapses |
| cephalic furrow |
| Cerebellar |
| cerebellar plasticity |
| cerebellum |
| Cerebral Cortex |
| Certified Laser Safety |
| cervical carcinoma cells |
| Cesium iodide coating |
| Cesium-137 |
| CF radical |
| CF2 radical |
| Cf252 |
| c-focal |
| CFP-dsRED |
| CFP-YFP |
| CGH |
| CGH encoding |
| CGH null optics |
| charge carriers |
| charge injection |
| charge state |
| charge transfer |
| charge transfer |
| Charged Particle Beam |
| charged particles |
| charge-to-mass ratio |
| charge-transfer |
| charge-transfer complexes |
| Charge-Transfer Complexes |
| Charles AC |
| Charles B. Harris |
| Charles Harris |
| Chem. Phys. |
| chemical analysis |
| chemical analysis |
| chemical analysis |
| Chemical and Biological Defence |
| Chemical Biology |
| Chemical Defence |
| Chemical Detection |
| Chemical Dynamics |
| Chemical Engineering |
| Chemical Imaging |
| Chemical Imaging |
| Chemical Imaging Program |
| Chemical ionization |
| chemical kinetic |
| chemical kinetics |
| chemical kinetics |
| chemical kinetics |
| Chemical Laser |
| Chemical Lasers |
| Chemical Lasers |
| chemical marker |
| chemical marker |
| chemical marker |
| chemical markers |
| chemical markers |
| chemical markers |
| chemical physics |
| chemical processes |
| chemical reaction |
| chemical reactions dynamic |
| Chemical reactivity |
| Chemical Sciences |
| Chemical Sciences Division |
| Chemical Warfare Agents |
| Chemical Weapons Detection |
| chemisorbed |
| Chemistry & Biochemistry |
| chemistry department |
| Chemistry professor |
| Cheverel |
| Cheverel |
| Chevron assembly |
| Chevron MCP |
| Chi-Kuang Sun |
| chirped mirror |
| chirped mirror |
| chirped mirror |
| chirped mirror |
| chirped mirror |
| chirped mirror |
| chirped mirror |
| chirped mirrors |
| chirped mirrors |
| chirped mirrors |
| chirped mirrors |
| chirped mirrors |
| chirped mirrors |
| chirped mirrors |
| chirped phase |
| chirped phase |
| chirped phase |
| chirped phase |
| chirped phase |
| chirped pulse |
| Chirped Pulse |
| chirped pulse |
| chirped pulse |
| chirped pulse |
| chirped pulse |
| chirped pulse |
| chirped pulse amplification |
| chirped pulse amplification |
| chirped pulse amplification |
| chirped pulse amplification |
| chirped pulse amplification |
| chirped pulse amplification |
| chirped-pulse |
| chirped-pulse |
| chirped-pulse |
| chirped-pulse amplification |
| chirped-pulse amplification |
| chirped-pulse amplification |
| chlorophylls |
| Choi AL |
| chorioretinopathy |
| choroidal tumor |
| Chromatic Aberrations |
| chrome CGH |
| chromophore |
| chromophores |
| Chromosome Territories |
| circular laser writing |
| circular MCP |
| circularly polarized |
| CJR Sheppard |
| Clarendon Laboratory |
| Clarendon Laboratory |
| Clark MXR |
| Clark MXR |
| Clark MXR |
| Clark MXR |
| Clark MXR |
| Claude R. Phipps |
| Claude R. Phipps |
| Clemens Burda |
| CLEO |
| Clifford Shull |
| Clinical Cancer |
| clinical imaging |
| Cl-NERF |
| cluster |
| cluster detection |
| cluster fragmentation |
| cluster ion |
| cluster ions |
| CMOS image sensor |
| CN ligand |
| CN radical |
| CO laser |
| CO laser |
| CO relaxation |
| co2 laser |
| CO2 laser |
| CO2 laser |
| CO2 laser |
| CO2 laser |
| co2 laser optics |
| CO2 laser optics |
| Coated MCP |
| coating examination |
| coating inspection |
| coaxial impact-collision |
| coherence time |
| coherence tomographic |
| coherence tomography |
| coherent |
| Coherent |
| Coherent |
| Coherent Anti-Stokes Raman Scattering |
| Coherent Chameleon |
| coherent excitation |
| coherent image processing |
| coherent image processing |
| Coherent infrared |
| Coherent infrared viewer |
| coherent nonlinear |
| coherent optical image processing |
| coherent optical image processing |
| coherent radiation |
| Coherent Raman Scattering |
| Coherent Scattering |
| coherent state |
| coherent states |
| coherent superposition |
| Coherent Ti:sapphire |
| COIL |
| COIL |
| co-immunoprecipitation |
| cold atoms |
| cold fusion |
| cold neutron |
| collagen fibers |
| collagen fibers in skin |
| collagen fibers in skin |
| collagen fibers in skin |
| collagen solutions |
| collimated beam |
| collisional ionization |
| collisionally activated dissociation |
| collision-induced dissociation |
| co-localization |
| color sensitive materials |
| Coma |
| combustion analysis |
| Compact Femtosecond Laser |
| Compact Femtosecond Lasers |
| Compact OPO |
| Compact raman |
| compact spectrometer |
| compact tunable laser |
| Comparative Neurology |
| Complex Testing |
| Complex Testing |
| compressed pulse |
| compressed pulse |
| compressed pulse |
| compression grating |
| compression grating |
| compression grating |
| compression grating |
| compression grating |
| compression grating |
| compression gratings |
| compression gratings |
| compression gratings |
| compression gratings |
| compression gratings |
| compression gratings |
| computer generated hologram |
| Computer generated holograms |
| computer interconnects |
| concealed object |
| concealed objects |
| concentrated energy |
| concentric focus |
| concentric ring |
| condensed matter |
| Condensed Matter Physics |
| conduction ban |
| conduction band |
| confined ablation |
| confined ablation |
| confocal geometry |
| Confocal laser scanning microscope |
| Confocal laser scanning microscope |
| Confocal laser scanning microscopes |
| Confocal laser scanning microscopes |
| Confocal laser scanning microscopes |
| confocal list |
| Confocal microscope |
| Confocal microscope |
| Confocal microscope |
| Confocal microscopy |
| confocal microscopy |
| confocal microscopy |
| confocal microscopy |
| confocal microscopy |
| confocal pinhole |
| Confocal Scanning |
| conical lens |
| Conics aberration |
| connexin hemichannels |
| connexins |
| conoptic |
| Conoptics |
| container inspection |
| continuously tunable |
| continuous-wave |
| continuous-wave-pumped |
| Conventional null optics |
| conversion efficiency |
| cooled CCD camera |
| COOLSNAP |
| COOLSNAP FX |
| cooperative structure |
| cooperative structures |
| Coral red dsRed |
| core shell nanocrystals |
| corneal periphery |
| Cornell University |
| Cornell University |
| Cornell University |
| Cornell University Biochemistry |
| Cornell University Biochemistry |
| Cornell University Biochemistry |
| Cornell University Biophysics |
| Cornell University Biophysics |
| Cornell University Biophysics |
| Cornell University Center |
| Corner Cubes |
| correlation measurements |
| Correlation Spectroscopy |
| correlation spectroscopy |
| cortical circuitry |
| cortical control |
| Cortical imaging |
| cortical microcircuitry |
| cortical neuron |
| cortical neurons |
| cortical surface |
| Coulomb explosion |
| Coulomb explosion |
| Coulomb explosion |
| Coulomb field |
| coupled oscillators |
| Couplers |
| Coverslips |
| CPA 2001 |
| CPA 2001 |
| CPA 2001 |
| CPA 2001 |
| CPA 2001 |
| CPA laser |
| CPA laser |
| CPA laser |
| CPA laser |
| CPA laser |
| CPA laser |
| CPA laser |
| CPA laser system |
| CPA laser system |
| CPA lasers |
| CPA lasers |
| CPB |
| Cr doped BSO |
| Cr: LiSAF |
| Cr:F laser |
| Cr:Forsterite |
| Cr:LiCAF |
| Cr:LiSAF |
| Cr:LiSGaF |
| Cr:LiSrAlF6 |
| Cr:Mg2SiO4 |
| Cr:YSGG |
| Cr4+:Forsterite |
| Cr4+:forsterite laser |
| Cr4+:Mg2SiO4 |
| CRDS measurements |
| criminalistic |
| criminalistics |
| Critical correlations |
| Critical correlations |
| Critical correlations |
| cross-correlation |
| Cross-correlation |
| crossed-beam |
| crossed-beam scattering |
| cross-sectional image |
| cross-sectional images |
| cross-sectional imaging |
| Crystal Associates |
| crystal Bi12SiO20 |
| crystal chemistry |
| Crystal Growth and Epitaxy |
| Crystal Growth Conferences |
| Crystal Growth of Technologically Important Electronic Materials |
| crystal quartz |
| crystal quartz |
| crystalgrowth.org |
| crystalline quartz |
| Cs. Tóth |
| Cs. Tóth |
| Cs-137 |
| Cs-137 source |
| CsI coating |
| CSLM |
| Cu1.8S |
| Cu2O |
| cubic photorefractive |
| cubic photorefractive |
| CuInSe2 |
| CuKa |
| cultured neurons |
| Curie temperature |
| Curie temperature |
| Custom CGH Nulls |
| Cutting Edge Optronics |
| cutting-edge technology |
| CW mode-locked |
| CW mode-locked |
| CW mode-locked |
| CW mode-locked |
| CW mode-locked |
| Cy3-Cy5 |
| cylindrical optics |
| Cylindrical Surfaces |
| cytochrome c |
| cytochrome c peroxidase |
| cytochromes |
| Cytometry |
| Cytometry |
| cytoplasm |
| Cytoplasmic domain |
| cytoskeleton |
| cytoskeleton |
| cytoskeleton |
| Czochralsky grown |
| D. Blin |
| D. Blin |
| D. Charalambidis |
| D. Charalambidis |
| D. Dombeck |
| D. Dombeck |
| D. Fisher |
| D. Golomb |
| D. Grischkowsky |
| D. Homoelle |
| D. Homoelle |
| D. J. Funk |
| D. J. Jones |
| D. Kleinfeld |
| D. Kopf |
| D. Larson |
| D. Larson |
| D. Larson |
| D. McGloin |
| D. Moore |
| D. Moore |
| D. N. Fittinghoff |
| D. N. Wang |
| D. von der Linde |
| D. von der Linde |
| D. von der Linde |
| D. von der Linde |
| D. W. Tank |
| D.H. Reitze |
| D.H. Reitze |
| D.H. Reitze |
| D.M. Leitner |
| D.M. Leitner |
| D.N. Nikogosyan |
| D.N. Nikogosyan |
| D.Uffmann |
| Dall Null Test |
| Dark hollow laser |
| darkened environment |
| Data Storage Institute |
| Data Storage Institute |
| David J. Jones |
| David Kleinfeld |
| DCG hologram |
| D-D |
| deactivation |
| dead-band free |
| Deconvolution |
| deep infrared |
| deep UV |
| deep-drilling |
| deep-drilling |
| Defense Laser |
| Defense Technology |
| Defocus |
| deformable mirror |
| deformable mirror |
| deformable mirror |
| deformable mirror |
| deformable mirror |
| deformable mirror |
| delay-line detector |
| Dennis L. Paisley |
| Dense Magnetized Plasmas |
| density logging |
| Department of Applied Physics |
| Department of Cell |
| department of chemistry |
| Department of Chemistry |
| Department of Materials |
| Department of Microbiology |
| Department of Physics |
| dequenching |
| Design_Net Engineering |
| Design_Net Engineering |
| destroy enemy |
| detect ions |
| detection device |
| Detection Efficiency |
| detection of antigens |
| detection of antigens |
| detection of antigens |
| Detection of Chemical Weapons |
| Detection of Explosives |
| Detection of Illicit Drugs |
| Detection of Land Mines |
| detection of molecules |
| Detlev Ristau |
| Deuterated Potassium Dihydrogen Phosphate |
| deuterium |
| deuterium-deuterium |
| deuterium-tritium |
| Deutsches Zentrum für Luft |
| Deutsches Zentrum für Luft |
| Developmental biology |
| DEW-V |
| DF-laser |
| DF-laser |
| diabetic retinopathy |
| DIAS GmbH |
| DIAS GmbH |
| diatomic molecule |
| dichlorofluorescein-diacetate |
| dichroic beam splitter |
| dichroic mirror |
| dichromated gelatin |
| Dieter Bauerle |
| Dieter Bauerle |
| difference frequency |
| difference frequency generation |
| differential absorption |
| differential frequencies |
| diffracted light |
| diffracted light |
| Diffraction |
| diffraction |
| diffraction efficiencies |
| diffraction efficiencies |
| diffraction efficiency |
| Diffraction Grating |
| Diffraction of light |
| Diffraction of light |
| diffraction orders |
| diffractive aspherical |
| diffractive attenuators |
| diffractive efficiency |
| diffractive element |
| diffractive elements |
| Diffractive gratings |
| Diffractive Laser Beam Attenuator |
| diffractive lens |
| Diffractive lenses |
| diffractive null optics |
| diffractive optical |
| diffractive optical element |
| diffractive optics |
| Diffractive Scanner |
| diffractive structure |
| Diffractive-refractive |
| diffusion in cytoplasm |
| diffusion in cytoplasm |
| diffusion in cytoplasm |
| digital image-processing |
| digital image-processing |
| digital image-processing |
| Dimerization |
| dimerization |
| dimerization domain |
| diode laser couplers |
| diode-pumped |
| Diode-pumped |
| dipole moment |
| Direct amplification |
| Direct amplification |
| Direct Electric field Reconstruction |
| Direct Electric field Reconstruction |
| Direct Electric field Reconstruction |
| Direct Electric field Reconstruction |
| direct ion implantation |
| direct laser-diode pumping |
| direct optical |
| direct visualization |
| directed energy |
| Directed Energy |
| Directed Energy Device |
| Directed Energy Directorate |
| Directed Energy System |
| Directed Energy Weapon |
| Directed Energy Weapons |
| directed-energy warfare |
| Direct-Phase Measurement Interferometry |
| Dispersion |
| dispersion |
| dispersion |
| Dispersion |
| Dispersion |
| dispersion compensation |
| dispersion compensation |
| dispersion compensation |
| dispersion compensation |
| dispersion compensation |
| dispersion compensation |
| dispersion map |
| Dispersion measurements |
| Dispersion measurements |
| dispersion prism |
| Dispersion Prisms |
| dispersion-compensating |
| dispersion-compensating fiber |
| dissociated neurons |
| Distortion |
| distribution of chemical markers |
| Division of Biological Physics |
| Division of Biological Physics |
| Division of Biological Physics |
| DKDP |
| DKDP |
| DKDP crystal |
| DLATGS |
| DLATGS |
| DNA binding |
| DNA fragment sizing |
| DNA fragment sizing |
| DNA fragment sizing |
| DNA LASER |
| DNA staining |
| DOEs in Compact Disks |
| DOEs in Optical Communication |
| DOEs replication |
| DOIL |
| DOIL |
| Donald Umstadter |
| Donald Umstadter |
| Dong Ning Wang |
| donor fluorophore |
| donor state |
| Doppler OCT |
| Doppler-selected |
| dorsal cells |
| double resonance. |
| double-chirped mirror |
| double-chirped mirror |
| double-chirped mirror |
| double-chirped mirror |
| double-chirped mirror |
| double-chirped mirror |
| double-chirped mirrors |
| double-chirped mirrors |
| double-chirped mirrors |
| double-chirped mirrors |
| double-chirped mirrors |
| double-focusing mass spectrometer |
| double-focusing MS |
| Dove prism |
| Dove prisms |
| DPALs |
| DPALs |
| DPSS laser |
| DPSS laser |
| DPSS Nd:YLF |
| DPSS Nd:YLF |
| Dr. Morley Stone |
| Dr. Warren R. Zipfel |
| Dr.Fudjimoto |
| Dr.Stephen Boppart |
| Drosophila melanogaster |
| Drug Discovery |
| Drug Discovery |
| Drug Discovery |
| dsRed |
| D-T |
| D-T neutron |
| dual frequency pump probe |
| dual MCP |
| dual MCPs |
| dye imaging |
| dye laser |
| dye lasers |
| dye lasers |
| dye molecules |
| dynamic cellular events |
| Dynamic holography |
| Dynamic holography |
| dynamics in living cells |
| dynamics in living cells |
| dynamics of intrinsically fluorescent proteins |
| dynamics of molecular processes |
| Dynamics of Nanoparticles |
| E. Ahissar |
| E. coli |
| E. Esarey |
| E. Esarey |
| E. Esarey |
| E. Esarey |
| E. J. Yoder |
| E. Riedle |
| E. W. Kreutz |
| E. W. Kreutz |
| E. Y. B. Pun |
| E-cadherin |
| Ecole Polytechnique |
| École Polytechnique |
| efficient NLO crystal |
| efficient nonlinear crystal |
| efficient OPO |
| E-field |
| EGF receptor |
| EIDAQ 100 |
| EIDAQ 100 HTM |
| electric field emission |
| Electric Logging |
| electrical activity |
| electrical charge |
| electrical charge |
| electrical waves |
| electromagnetic disturbance |
| electromagnetic field |
| Electromagnetic Interference |
| Electromagnetic Pulse |
| electromagnetic spectrum |
| electron acceptor |
| electron acceptors |
| Electron avalanche |
| Electron avalanche |
| electron beam |
| electron beam detection |
| electron beam diagnostics |
| electron beams |
| Electron capture |
| Electron density |
| electron detection |
| electron detector |
| electron dispersion |
| Electron dynamic |
| Electron dynamics |
| electron imaging |
| electron impact |
| electron impact ionization |
| electron impact source |
| electron injection |
| electron localization |
| electron microscope |
| electron multiplier |
| electron thermal conductivity |
| electron thermal conductivity |
| electron transfer |
| Electron transfer |
| electron trapping |
| electron tunneling |
| Electron. Lett |
| electron-based EUV |
| Electron-hole |
| Electron-hole pair |
| electronic band structure |
| electronic coupling |
| electronic ground state |
| electronic spectroscopy |
| electrons and ions |
| electro-optic |
| electro-optic |
| electro-optic crystal |
| electro-optic crystal |
| electro-optic effect |
| electro-optical |
| electrooptical effect |
| Electrophysics |
| electrophysiological technique |
| electroporation |
| electrospray ionization |
| electrospray ionization MS |
| electrostatic acceleration |
| Electrostatic energy analyzer |
| electrostatic interactions |
| ELECTROSTATIC ION ENERGY ANALYSER |
| electrostatic mirror |
| elemental analysis |
| elemental composition |
| Ellipsometry |
| El-Mul |
| embryo imaging |
| embryo morphogenesis |
| embryological imaging |
| Embryonal carcinoma |
| Emerging Product |
| Emerging products |
| Emerging Prospects |
| emission |
| emission cross-section |
| emission cross-section |
| emission cross-section |
| emission cross-section |
| emission dipole |
| emission spectrometer |
| emission spectroscopy |
| emission spectroscopy |
| emission spectroscopy |
| emission spectrum |
| emission-line |
| Emmanuel Beaurepaire |
| Emmanuel Farge |
| Encircled Energy Measurement |
| endogenous protein |
| endoscopic imaging |
| endoscopic imaging |
| endoscopic OCT |
| endoscopic Optical Coherence Tomography |
| energetic electrons |
| energy distribution |
| energy distribution |
| energy gap |
| energy generator |
| energy meter |
| energy meter |
| Energy resolution |
| Energy Science Labs |
| Energy Science Labs |
| energy transfer |
| energy transfer |
| energy transfer |
| energy transfer |
| energy transfer |
| energy transfer efficiency |
| energy transfer rate |
| energy transfer rates |
| Energy-mass analyzer |
| ENSTA |
| Envelope Evolution |
| Envelope Evolution |
| Envelope Evolution |
| EO modulation |
| EO modulator |
| E-O modulator |
| E-O modulators |
| EOS Technologies |
| EOS Technologies |
| epidermal growth factor |
| Epifluorescence |
| epilepsy pathogenesis |
| epiretinal membrane |
| epithelial layer image |
| epithelial layer imaging |
| epithermal BNCT |
| Epithermal neutron |
| Epithermal neutrons |
| EPPENDORFF |
| Epstein Group |
| Equal polarization |
| Equal polarization |
| Equal polarization |
| Equal polarization |
| Equal polarization |
| Er:YSGG |
| erbium laser |
| Erbium-doped |
| Er-doped fiber |
| Ernst Abby Lecture Award |
| Ernst-Bernhard Kley |
| Erwin Müller |
| Erwin W. Müller |
| ESCA |
| Esenaliev |
| ESI MS |
| ESI TOF |
| Eugen Saenger |
| Eugen Saenger |
| European CLEO |
| Europe-IQEC |
| EUV |
| EUV detection |
| EUV detection |
| EUV emission |
| EUV emission |
| EUV generation |
| EUV generation |
| EUV lithography |
| EUV lithography |
| EUV Microstepper |
| EUV Microstepper |
| EUV pulse |
| EUV source |
| EUV source |
| EUV spectrograph |
| evanescent-wave |
| Evans CJ |
| Evgeni Sorokin |
| Evolution-15 |
| Evolution-15 |
| Ewan Wright |
| examining coatings |
| excimer laser |
| excimer laser attenuation |
| excimer laser attenuator |
| excimer laser beam |
| excimer laser optics |
| excimer lasers |
| Excisional biopsy |
| excitation spectroscopy |
| excitation spectrum |
| excitation spectrum |
| excitation wavelength |
| Excitation wavelength |
| excited state absorption |
| excited state absorption |
| Excited state dynamics |
| Excited state dynamics |
| Excited state dynamics |
| excited state lifetime |
| excited states |
| excited-state |
| excited-state absorption spectra |
| exciton cooling |
| exciton generation |
| eximer laser |
| Exitech Ltd |
| Exitech Ltd |
| exited state |
| exocytosis |
| experimental astrophysics |
| experimental astrophysics |
| experimental chemical physics |
| Explosives Detection |
| explosives detector |
| Extracavity |
| extracellular |
| extracellular calcium |
| Extracellular domain |
| extracellular messengers |
| Extranuclear |
| extraordinary beam |
| extraordinary beam |
| extreme density |
| Extreme Light |
| Extreme Light |
| extreme temperature |
| Extreme Ultra Violet |
| Extreme Ultraviolet |
| extreme ultraviolet |
| Extreme Ultraviolet |
| extreme UV |
| F helix |
| F. Adler |
| F. Beinhorn |
| F. Beinhorn |
| F. Di Teodoro |
| F. Di Teodoro |
| F. F. Ebner |
| F. J. Kao |
| F. Osman |
| F. Osman |
| F. W. Wise |
| F.A.van Goor |
| F.G. Omenetto |
| F.G. Omenetto |
| F.Ganikhanov |
| F.L.H. Brown |
| F.L.H. Brown |
| FAB MS |
| Fabri-Perot |
| Fabry-Perot |
| fabry-perot |
| Fabry-Perot Etalon |
| Fabry-Perot etalon |
| Fabry-Perot Laser |
| Face Mask |
| Fachbereich Physik |
| false intrusion alarm |
| Far Infrared |
| Far infrared generation |
| Faraday |
| Faraday isolators |
| Faraday optical isolator |
| Faraday rotator |
| Faraday rotators |
| fast atom bombardment MS |
| fast electronic |
| fast electronic |
| fast event |
| fast ignitor |
| fast ion |
| fast ions |
| fast neutron |
| Fast Neutron Activation Analysis |
| Fast neutron brachytherapy |
| fast neutron radiography |
| fast neutrons |
| fast-ion-beam |
| FCS |
| FCS |
| FCS |
| Fe: LiNbO3 crystal |
| Fe:LiNbO3 |
| FECO |
| FEL |
| Felix Grawert |
| femto |
| femto- |
| femto- |
| femto ablation |
| femto experiment |
| femto resume |
| femtobiology |
| femtobiology |
| femtobiology |
| femtobiology |
| femtobiology |
| femtobiology |
| femtochemistry |
| femtochemistry |
| femtochemistry |
| femtochemistry |
| femtochemistry |
| femtochemistry |
| femtochemistry |
| femtochemistry |
| femtochrome |
| femtodentistry |
| femtolab |
| femtooptics |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femtosecond |
| femto-second |
| femtosecond amplification |
| Femtosecond Autocorrelator |
| Femtosecond Autocorrelator |
| Femtosecond Autocorrelator |
| Femtosecond Autocorrelator |
| Femtosecond Autocorrelator |
| Femtosecond Autocorrelator |
| Femtosecond Autocorrelators |
| Femtosecond Autocorrelators |
| Femtosecond Autocorrelators |
| Femtosecond Autocorrelators |
| Femtosecond Autocorrelators |
| Femtosecond Carrier |
| femtosecond coherent |
| femtosecond compact |
| femtosecond Cr:Forsterite |
| femtosecond cutting |
| femtosecond drilling |
| femtosecond duration |
| femtosecond duration |
| femtosecond dynamics |
| femtosecond dynamics |
| femtosecond dynamics |
| femtosecond dynamics |
| femtosecond dynamics |
| femtosecond dynamics |
| femtosecond electron |
| femtosecond experiments |
| femtosecond fiber |
| femtosecond fiber laser |
| femtosecond fluorescence |
| femtosecond fluorescence |
| femtosecond fluorescence |
| femtosecond fluorescence |
| femtosecond fluorescence |
| Femtosecond fluorescence |
| femtosecond fluorescence |
| Femtosecond Growth |
| Femtosecond Growth |
| Femtosecond Interferometry |
| Femtosecond Interferometry |
| Femtosecond Interferometry |
| femtosecond irradiation |
| femtosecond irradiation |
| femtosecond kinetic |
| femtosecond kinetic |
| femtosecond kinetic |
| femtosecond kinetic |
| femtosecond kinetic spectroscopy |
| femtosecond kinetic spectroscopy |
| femtosecond kinetic spectroscopy |
| femtosecond kinetic spectroscopy |
| femtosecond kit |
| femtosecond kit |
| femtosecond kit |
| femtosecond lab |
| femtosecond labs |
| femtosecond laser |
| Femtosecond Laser |
| femtosecond laser |
| femtosecond laser |
| femtosecond laser ablation |
| femtosecond laser ablation |
| femtosecond laser pulse |
| femtosecond laser pulses |
| femtosecond laser pulses |
| femtosecond laser pulses |
| femtosecond laser pulses |
| femtosecond laser pulses |
| femtosecond laser pulses |
| Femtosecond laser-induced |
| Femtosecond laser-induced |
| femtosecond lasers |
| Femtosecond Lasers |
| femtosecond links |
| Femtosecond Longitudinal Interferometry |
| femtosecond melting |
| femtosecond MEMS |
| femtosecond model |
| femtosecond model |
| femtosecond model |
| femtosecond model |
| femtosecond Nd:Glass |
| femtosecond orange |
| femtosecond oscillator |
| Femtosecond phenomena |
| Femtosecond pulse |
| Femtosecond pulse |
| Femtosecond pulse |
| Femtosecond pulse |
| Femtosecond Pulse |
| Femtosecond pulse |
| femtosecond pulse |
| Femtosecond pulse |
| femtosecond pulse |
| femtosecond pulse intensity |
| femtosecond pulse intensity |
| femtosecond pulse intensity |
| femtosecond pulse intensity |
| femtosecond pulse intensity |
| Femtosecond Real-Time Autocorrelator |
| Femtosecond Real-Time Autocorrelator |
| femtosecond resume |
| Femtosecond Single-Shot Autocorrelator |
| Femtosecond Single-Shot Autocorrelator |
| Femtosecond Single-Shot Autocorrelator |
| Femtosecond Single-Shot Autocorrelator |
| Femtosecond Structural Dynamics |
| Femtosecond Technology |
| femtosecond time- |
| femtosecond time-resolved |
| Femtosecond Transient Absorption |
| femtosecond trimming |
| femtosecond ultrafast |
| femtosecond writing |
| femtosecond X-ray |
| femtosecond x-ray source |
| femtosecond x-ray source |
| Femtosecond-Laser-Produced |
| femtosurgery |
| Fermi level |
| fertilizers analysis |
| FESTA |
| FHG |
| fiber laser |
| Fiber Laser |
| Fiber Lasers |
| fiber-optic |
| fiber-optics coupling |
| Field Curvature |
| field desorption |
| field evaporation |
| field ion microscope |
| Field Ionization |
| Field ionization |
| Field Programmable Gate Array |
| field-free flight tube |
| Fifth harmonic |
| Fifth Harmonic Generator |
| Fine Mechanics |
| Fine Mechanics |
| fine structure |
| fingerprint analysis |
| Finnigan |
| Finnigan MAT |
| FIR radiation |
| FIR tunable |
| Fire Detection |
| fission fragment |
| fission fragments |
| FITC-Rhodamine |
| Fizeau Interferometer |
| Fizeau sphere |
| Flame analysis |
| Flame analysis |
| flame detector |
| flame detector |
| Flash LADAR |
| flash photolysis |
| flash-pumping |
| Flat Surfaces |
| flowing blood image |
| flowing blood imaging |
| fluctuations on membrane |
| fluctuations on membranes |
| fluctuations on membranes |
| fluidic channel |
| fluidic channel |
| fluidic channel |
| fluidic channels |
| fluidic channels |
| fluidic channels |
| fluo-4 |
| fluorescence |
| Fluorescence |
| fluorescence |
| fluorescence |
| fluorescence |
| fluorescence |
| fluorescence |
| fluorescence activation |
| fluorescence activation |
| fluorescence activation |
| Fluorescence Correlation |
| Fluorescence Correlation |
| Fluorescence Correlation |
| fluorescence correlation spectroscopy |
| Fluorescence Correlation Spectroscopy |
| Fluorescence Correlation Spectroscopy |
| fluorescence correlation spectroscopy |
| fluorescence correlation spectroscopy |
| fluorescence distribution |
| fluorescence emission |
| fluorescence emission spectroscopy |
| fluorescence emission spectroscopy |
| fluorescence emission spectroscopy |
| fluorescence excitation |
| Fluorescence Imaging |
| Fluorescence Imaging |
| fluorescence intensity |
| Fluorescence intensity |
| fluorescence kinetic |
| fluorescence kinetic |
| fluorescence kinetic |
| fluorescence kinetic |
| fluorescence lifetime |
| fluorescence lifetime imaging |
| fluorescence microscopy |
| fluorescence microscopy |
| fluorescence microscopy |
| fluorescence photobleaching |
| fluorescence photobleaching recovery |
| fluorescence photobleaching recovery |
| fluorescence photobleaching recovery |
| fluorescence photons |
| fluorescence protein |
| fluorescence quenching |
| fluorescence resonance |
| Fluorescence Spectroscopy |
| fluorescence up-conversion |
| fluorescence up-conversion |
| fluorescence yield |
| fluorescence yield |
| Fluorescent Beads |
| Fluorescent Dyes |
| fluorescent image |
| fluorescent images |
| fluorescent intensity |
| fluorescent label |
| fluorescent micrograph |
| fluorescent photon-emission |
| fluorescent probe |
| fluorescent probes |
| fluorescent protein |
| fluorescent protein |
| fluorescent stain |
| fluorescent stains |
| fluorescently labeled |
| fluorochrome |
| FluoView |
| FNAA |
| Focal Collimator |
| focal-plane-array |
| focas |
| Fock state |
| Focometer |
| Focus on Microscopy |
| focused intensity |
| Focusing limits |
| Foreign Researcher |
| Forensic applications |
| Forensics |
| Forsterit laser |
| Forsterite |
| Foucault Test |
| Four wave mixing |
| Fourier distribution |
| Fourier optics |
| Fourier transform |
| Fourier transform ICR |
| Fourier-transform lens |
| Fourier-transform lens |
| Fourth harmonic |
| four-wave mixing |
| fractal structure |
| fractal structures |
| fragment ion |
| fragment ions |
| Francis W. Aston |
| Franck-Condon |
| Franck-Condon factors |
| Frank Willig |
| Franz Hillenkamp |
| Fred McLafferty |
| Fred W. McLafferty |
| Free Electron Laser |
| free radicals |
| Free Radicals |
| free radicals |
| frequencies subtraction |
| frequency chirps |
| frequency chirps |
| frequency chirps |
| frequency chirps |
| frequency comb |
| Frequency Conversion |
| frequency conversion |
| Frequency conversion |
| Frequency Conversion of Ultrafast Lasers |
| frequency demultiplexer |
| frequency demultiplexer |
| frequency doubled |
| frequency doubled |
| FREQUENCY DOUBLING |
| FREQUENCY DOUBLING |
| frequency doubling |
| Frequency Doubling Crystal |
| frequency mixed |
| frequency mixed |
| frequency mixed |
| frequency mixed |
| FREQUENCY MIXING |
| Frequency Mixing |
| FREQUENCY MIXING |
| Frequency Quadrupling Crystal |
| Frequency Resolved |
| Frequency Resolved |
| frequency resolved optical gating |
| frequency shifts |
| frequency shifts |
| Frequency Tripling Crystal |
| frequency-agile |
| frequency-domain |
| frequency-doubled |
| frequency-doubled |
| frequency-doubling |
| frequency-resolved |
| frequency-resolved optical gating |
| Fresnel transform |
| Fresnel-transformed |
| FRET |
| FRET assays |
| FRET efficiency |
| FRET microscopy |
| FRET microscopy imaging |
| FRET signal |
| FRET-FLIM Microscopy |
| fringe visibility |
| FROG |
| FROG |
| FROGS |
| fs |
| FS laser |
| fs pulse |
| fs pulse |
| fs pulse |
| fs Pulses |
| FS Ti-Sapphire Laser |
| FS window |
| Fs-laser pulse |
| Fs-laser pulse |
| FT-ICR MS |
| FTIR |
| FTIR |
| FTIR spectroscopy |
| FTIR spectroscopy |
| FT-lens |
| FT-lens |
| Fudjimoto |
| fullerene dyads |
| fullerene dyads |
| fullerene dyads |
| fullerene dyads |
| Fullerene-oxygen-iodine |
| functional diagnostics |
| Functional imaging |
| functional imaging |
| Functional OCT imaging |
| Functional polymers |
| fundamental wavelength |
| Fura-2 |
| fused silica |
| fused silica |
| fused silica optics |
| fused silica optics |
| fused silica prism |
| fused silica prism |
| fused silica prisms |
| fused silica window |
| fused silica windows |
| fusion |
| fusion energy |
| fusion energy |
| fusion product |
| fusion products |
| fusion protein |
| fusion reaction |
| fusion reactions |
| Fusion Research |
| Fusion Research |
| fusion temperature |
| future combat system |
| Future of Photonics |
| FWM |
| G. B. Murphy |
| G. B. Murphy |
| G. C. Manke |
| G. C. Manke |
| G. D. Hager |
| G. D. Hager |
| G. D. Noojin |
| G. D. Noojin |
| G. E. Blonder |
| G. Fubiani |
| G. G. Gurzadian |
| G. H. Miley |
| G. H. Miley |
| G. J. Brakenhoff |
| G. J. Brakenhoff |
| G. J. Tearney |
| G. J. Tearney |
| G. Mainfray |
| G. Mainfray |
| G. O. Clay |
| G. R. Burns |
| G. R. Burns |
| G. Rodriguez |
| G. Rodriguez |
| G. Shvets |
| G. Shvets |
| G. Shvets |
| G. Soumagne |
| G.A.Verozubova |
| G.G. Gurzadyan |
| G.G. Gurzadyan |
| G.J. Sonek |
| G.-W. Chern |
| GaAlAs |
| GaAs |
| GaAs |
| GaAs laser |
| GaAs laser diodes |
| GABA |
| GABA-B |
| Gabriela Hidalgo |
| gain medium |
| gain-switched |
| Galileo |
| Galileo Electro |
| Galileo MCP |
| Gamma Ray Logs |
| gamma rays |
| gamma rays |
| gamma rays |
| gamma rays |
| Gap Junctions |
| GARDIAN |
| GARPUN |
| GARPUN |
| Gas analysis |
| Gas analysis |
| gas analyzer |
| gas analyzer |
| gas analyzers |
| gas analyzers |
| gas ionization |
| gas phase molecules |
| gas Raman Shifter |
| Gas-Filled Detector |
| Gas-Filled Detectors |
| gas-phase collision |
| gas-phase phenomena |
| gas-phase reaction |
| gated camera |
| gated image |
| Gated Imaging |
| gated intensified camera |
| gated MCP detector |
| gating circuitry |
| gaussian beam |
| GC-MS |
| GC-TOF MS |
| Ge |
| Ge optics |
| Ge window |
| Ge windows |
| geminate recombination |
| geminate recombination |
| gene expression |
| gene therapy |
| General Atomics |
| General Atomics |
| General Physics |
| General Physics |
| General Physics Institute |
| generated photon |
| generated photons |
| Generation of harmonics |
| generation threshold |
| Genetic factors |
| genetic information |
| genetic material |
| genetical alterations |
| Geneva Gauge |
| geniculate |
| geniculate nucleus |
| Georg Korn |
| George Ongadi |
| Georges Slodzian |
| Gerald Diebold |
| Gerald J. Diebold |
| Gérard A. Mourou |
| Gérard A. Mourou |
| Gerard Mourou |
| Gerard Mourou |
| Gerard Mourou |
| germanium optics |
| Germanium window |
| germanium windows |
| GFP constructs |
| GFP expression |
| GFP fusion |
| GFP fusion protein |
| GFP-tagged |
| GHFT1-5 |
| GHFT1-5 cells |
| ghost fringes |
| gigaseal patch clamp |
| gigaseal patch clamp |
| Glan Laser |
| Glan Taylor Prisms |
| Glan-Taylor |
| Glan-Taylor polarizer |
| Glan-Taylor Prism |
| glass amplifier |
| glass amplifier |
| glass optics |
| glaucoma |
| GlaxoSmithKline |
| GlaxoSmithKline |
| GlaxoSmithKline |
| Glenn F. Knoll |
| Glial cell |
| Glial cells |
| Glial culture |
| glial-neuronal |
| Global Laser Markets |
| Glucose Transporter |
| Glutamate |
| GnRH neurons |
| gold nanocrystals |
| Golgi apparatus |
| gonadotropin |
| Goniometer |
| Goodrich |
| Goos-Hanchen |
| Gordon conference |
| Gordon D. Hager |
| Gordon D. Hager |
| Gordon Research Conference |
| Gottfried Lehmann |
| GPI Anchored |
| gray-scale mask |
| gray-scale masks |
| Grazing Incidence |
| Grazing Incidence Spectrograph |
| grazing-incidence |
| green emission |
| green fluorescence |
| green fluorescence protein |
| ground state |
| ground-based high power |
| group velocity dispersion |
| group velocity mismatch |
| group velocity mismatching |
| Growth dynamics |
| growth of ZnGeP2 |
| GT1 cells |
| Gulf Nuclear |
| Guthrie PB |
| GVD mirror |
| GVD mirror |
| GVD mirror |
| GVD mirror |
| GVD mirror |
| GVD mirror |
| GVD mirror |
| GVD mirrors |
| GVD mirrors |
| GVD mirrors |
| GVD mirrors |
| GVD mirrors |
| H. Hora |
| H. Horisawa |
| H. Horisawa |
| H. Hügel |
| H. Hügel |
| H. Komori |
| H. Komori |
| H. Melville |
| H. Ohzono |
| H. P. Chou |
| H. P. Chou |
| H. Schmidt |
| H. Schmidt |
| H. Someya |
| H. Someya |
| H. Tong |
| H. Tong |
| H. Ueda |
| H. Vishwasrao |
| H. Zellmer |
| H.-J. Fuchs |
| H+ detector |
| Half-Life |
| half-wave plate |
| Half-waveplate |
| Half-waveplates |
| Hamamatsu |
| Hamamatsu |
| Hamamatsu |
| Hamamatsu MCP |
| Hamamatsu pyroelectric |
| Hamamatsu pyroelectric |
| hand held infrared |
| hands free infrared |
| Hans-Joerg Fuchs |
| hard x-rays |
| harmonic generation |
| harmonic generation |
| harmonic generations |
| Harmonic generator |
| harmonic generators |
| harmonic Nd:YAG laser |
| harmonic separator |
| harmonic separators |
| Harmonics generation |
| Haruo Kasai |
| hazardous materials identification |
| HbCO |
| HbNO |
| HBr laser |
| HBr laser |
| head mounted infrared |
| head-mounted displays |
| heart imaging |
| heart muscle cells |
| Heat lens |
| heat radiation |
| heat-capacity laser |
| heating-rate |
| heating-rate |
| heavy ion |
| heavy ion source |
| heavy ions |
| HEL |
| HeLa cells |
| helmet mounted infrared |
| helmet-mounted viewer |
| helmet-mounted viewers |
| HELSTF |
| heme compounds |
| heme proteins |
| Hemeproteins |
| hemoglobin |
| hemoglobin I |
| hemoglobin II |
| hemoglobins |
| hemoproteins |
| Henk L. C. Meuzelaar |
| Henk Meuzelaar |
| Henry Hutchinson |
| Henry Hutchinson |
| hexadecylamine |
| HF-laser |
| HF-laser |
| HgGa2S4 |
| HgGa2S4 |
| Hi energy |
| hidden material |
| hidden object imaging |
| hienergy |
| high bandwidth |
| high bandwidth |
| high bandwidth |
| high bandwidth |
| high brightness radiation |
| high brightness radiation |
| High Current Electronics |
| High Current Electronics |
| High energy density |
| High energy density |
| High energy laser |
| High Energy Laser |
| High energy lasers |
| High energy-density: |
| high field |
| High Flux Neutron |
| high frequency photon |
| High harmonic |
| high harmonics |
| high intensities |
| High intensity |
| High mass-resolution |
| HIGH NONLINEAR SUSCEPTIBILITY |
| high numerical aperture optics |
| high numerical aperture optics |
| high numerical aperture optics |
| high numerical aperture optics |
| High Order |
| High Order nonlinearities |
| High Order nonlinearity |
| high output power |
| high pass spatial filtering |
| high pass spatial filtering |
| High peak-power |
| High peak-power |
| High Power Laser |
| High Power Laser |
| High Power Laser Group |
| High Power Lasers |
| High Power Lasers |
| High Power Microwave |
| High Power Radio |
| high pressure cell |
| high pressure cells |
| high radiation dose |
| high saturation fluence |
| High Temperatures |
| High Temperatures |
| high temporal contrast |
| High Throughput Microscopy |
| high time resolution |
| high velocity particles |
| High Voltage Driver |
| high Z ion |
| High-average-power |
| high-density |
| High-density detector arrays |
| High-energy |
| High-energy |
| high-energy charged |
| high-energy charged |
| High-energy femtosecond |
| high-energy ions |
| High-Energy Laser |
| high-energy neutron |
| high-energy proton |
| High-Energy Pulse |
| High-Energy Pulse |
| High-Energy Pulse |
| higher-order dispersion |
| high-harmonic generation |
| high-intensity |
| High-Intensity |
| highly charge states |
| highly ionized |
| highly ionized ions |
| high-numerical-aperture |
| high-numerical-aperture |
| high-numerical-aperture |
| High-performance |
| High-Power |
| High-power |
| High-Power |
| high-power laser |
| high-power laser |
| high-power laser ablation |
| High-Power Short-Pulse |
| High-pressure oxygen-iodine laser |
| high-resolution holography |
| High-speed camera |
| High-speed imaging |
| high-speed OCT |
| High-speed OCT imaging |
| high-speed response |
| high-temperature |
| high-vacuum mass spectrometer |
| Hilger Chance Refractometer |
| Hillenkamp |
| HIRF |
| histochemical |
| Histochemical Journal |
| Histochemistry |
| histological resolution |
| Hoechst |
| Hokkaido University |
| hole drilling application |
| hollow beam |
| hollow core fiber |
| hollow core fiber |
| hollow core fiber |
| hollow core fibers |
| hollow core fibers |
| hollow core fibers |
| hollow fiber |
| hollow fibers |
| hollow laser beam |
| hollow laser beams |
| holografic filter |
| hologram amplification |
| hologram amplification |
| hologram recording |
| holographic data storage |
| Holographic Filters |
| holographic gratings |
| holographic gratings |
| holographic interferograms |
| holographic interferograms |
| holographic interferometry |
| holographic interferometry |
| holographic material |
| holographic material |
| Holographic Notch |
| Holographic null optics |
| holographic optic |
| Holographic Optical Elements |
| holographically written |
| holographic-two-photon induced photopolymerization |
| HOMO and LUMO |
| homogeneous beam |
| hot carrier |
| hot carrier |
| hot carrier |
| hot carrier |
| Hot injection |
| hot ions |
| hot plasma corona |
| hotbox detection |
| hotbox detection |
| HPM |
| HPRF |
| Human Body Composition |
| Hurricane Amplifier |
| Hurricane Amplifier |
| Hurricane Amplifier |
| Hurricane Amplifier |
| Hurricane Amplifier |
| HV discharge |
| hybrid ion source |
| hybrid ion sources |
| hybrid organic inorganic |
| hybrid propulsion |
| hybrid propulsion |
| hydrogen bonds |
| hydrogen-bonded complex |
| hydrogen-bonded complexes |
| hyperopia correction |
| hyper-Rayleigh |
| hypothalamic cells |
| Hypoxic Brain Injury |
| I. Adamovich |
| I. Adamovich |
| I. Dobrianov |
| I. G. Lebo |
| I. G. Lebo |
| I. H. McLaren |
| I. Hartl |
| I. Johnson |
| I. Kimura |
| I. Kimura |
| I. Tassy |
| I. Tassy |
| I. V. Kochetov |
| I.Fomenkov |
| I.R. beams |
| I.R. coils |
| I.R. emissions |
| I.R. lasers |
| I.R. light sources |
| I.Zwieback |
| Ibaraki University |
| ICR MS |
| identification of antigens |
| identification of antigens |
| idler beam |
| Idler frequency |
| Idler photon |
| idler signal |
| idler wave |
| IEEE J. Quant. Electron |
| IEEE J. Quantum Electron |
| IEEE J. Quantum Electron |
| IEEE J. Quantum Electron |
| IEEE Journal |
| IEEE Trans. Plasma Sci. |
| IEEE Trans. Plasma Sci. |
| IEEE Trans. Plasma Sci. |
| ifrared radiation |
| Igor Fomenkov |
| Igor Jovanovic |
| IL-1b |
| Ilday |
| Illicit Drugs Detection |
| image acquisition |
| image amplification |
| image amplification |
| Image Browser |
| image contrast |
| Image Converter Camera |
| image embryos |
| Image Equation |
| image intensifier |
| image multiplexing |
| image multiplexing |
| Image Pro Plus |
| image-analysis technique |
| image-analysis technique |
| image-analysis technique |
| image-analysis techniques |
| image-analysis techniques |
| image-analysis techniques |
| imaging applications |
| imaging blood |
| imaging catheters |
| imaging embryo |
| imaging eye |
| imaging MCP |
| imaging membrane potential |
| imaging of the dynamics |
| Imaging of the Expansion |
| Imaging of the Vasculature |
| Imaging of the Vasculature |
| Imaging Sensor |
| Imaging skin |
| imaging spectroradiometer |
| imaging tissue |
| immune response |
| Immunofluorescence |
| Immunoliposome |
| impact analysis |
| impact ionization |
| Imperial College |
| Imperial College |
| implantation regime |
| improved mass resolution |
| IN Cell |
| in situ imaging |
| in vivo imaging |
| in vivo multiphoton microscopy |
| in vivo multiphoton microscopy |
| in vivo two-photon |
| in vivo two-photon microscopy |
| in vivo two-photon microscopy |
| in vivo two-photon microscopy |
| incident beam |
| Index inhomogeneity |
| individual molecules |
| individual molecules |
| Indo-1 |
| indoleamine neurotransmitters |
| indoleamine neurotransmitters |
| indoleamine neurotransmitters |
| induced pyroelectric |
| Induction Logging |
| industrial laser |
| Industrial Laser |
| Industrial Laser Solutions |
| Industrial Lasers |
| industrial research |
| Inelastic laser scattering |
| inelastic molecular collisions |
| inelastic neutron scattering |
| inelastic scattering |
| inertial fusion |
| Infected erythrocytes |
| infrared |
| Infrared |
| Infrared & Millimeter Waves |
| infrared absorber |
| infrared absorber |
| Infrared Astronomy |
| infrared detector |
| infrared detectors |
| infrared emitting |
| infrared emitting devices |
| infrared excitation |
| infrared femtosecond |
| infrared femtosecond |
| Infrared fluoroscopy |
| Infrared frequency doubling |
| infrared frequency mixing |
| infrared gas spectrometer |
| infrared gas spectrometer |
| infrared illumination |
| infrared laser |
| infrared laser |
| infrared laser |
| infrared laser |
| infrared laser beam |
| infrared laser beams |
| Infrared Lasers |
| infrared LiF |
| infrared light |
| Infrared light |
| infrared light |
| Infrared Lithium Fluoride |
| Infrared microscopy |
| Infrared Minerology |
| infrared monocular |
| Infrared optical |
| infrared optics |
| infrared penetration |
| infrared photography |
| infrared radiation |
| infrared radiation |
| infrared radiation |
| Infrared Sensitive |
| Infrared Sensitive Card |
| Infrared Sensitive Cards |
| infrared sensor |
| Infrared sensor |
| Infrared sensor |
| infrared sources |
| infrared spectrometer |
| infrared spectrometer |
| infrared spectrometer |
| Infrared Surveillance |
| infrared viewer |
| infrared viewers |
| Infrared Viewers |
| infrared-detectors |
| infrared-detectors |
| infrared-DIC |
| infratec |
| infratec |
| InGaAsN |
| injection seeding |
| inositol trisphosphate |
| Inphase Technologies |
| input photon |
| Inrad |
| Inrad Inc. |
| Institut Franco-Allemand |
| Institut Franco-Allemand |
| Institut fuer Physik |
| Institute of High Current Electronics |
| Institute of High Current Electronics |
| Institute of Metallurgy |
| Institute of Metallurgy |
| Institute of Optics |
| Institute of Thermophysics |
| Institute of Thermophysics |
| integrated optics |
| intense femtosecond |
| intense femtosecond |
| intense laser pulse |
| intense laser pulse |
| intense laser pulse |
| intense laser pulses |
| intense laser pulses |
| intense laser pulses |
| intensified camera |
| interactions of receptors |
| interactions of receptors |
| intercellular calcium |
| intercellular calcium wave |
| intercellular calcium waves |
| intercellular signaling |
| intercept mission |
| interfacial |
| interfacial electron transfer |
| Interfacial Reaction |
| Interfacial Reactions |
| interference fringes |
| Interference Microscope |
| interferogram |
| Interferogram Analysis |
| Interferogram Visibility |
| interferometer |
| interferometric analysis |
| interferometric analysis |
| interferometric configuration |
| interferometric configuration |
| interferometric configuration |
| Interferometric Tests |
| Interferometry |
| Interferometry |
| Interferometry |
| interleukin 1 beta |
| Intermediate filament |
| intermediate state |
| Intracavity-frequency-doubled |
| intracellular |
| intracellular calcium |
| intracellular calcium concentration |
| intracellular compartments |
| intracellular messengers |
| Intracellular pH |
| intracellular signaling |
| intracellular targeting |
| intracellular translocation |
| intracoronary |
| intracoronary imaging |
| intracortical |
| intravascular imaging |
| intrinsically fluorescent protein |
| intrinsically fluorescent protein |
| intrinsically fluorescent proteins |
| intrinsically fluorescent proteins |
| intrusion detection |
| inverse Fresnel |
| invertebrate neuron |
| inverted microscope |
| inverted microscope |
| inverted microscopes |
| inverted microscopes |
| inverted microscopes |
| in-vivo methods |
| ion acceleration |
| Ion analyzer |
| ion beam |
| ion beam diagnostics |
| Ion channels |
| ion charge |
| ion collector |
| ion collectors |
| ion counting |
| ion current |
| ion current density |
| Ion cyclotron |
| Ion cyclotron resonance |
| Ion cyclotron resonance MS |
| ion desorption |
| ion detection |
| ion detection efficiency |
| ion detector |
| ion drift |
| ion emission |
| ion energy analysers |
| ion energy distribution |
| Ion Energy Distributions |
| ion expansion |
| ion extraction |
| ion feedback |
| ion formation |
| ion fragmentation |
| ion imaging |
| ion implantation |
| ion kinetic energy |
| Ion Light Technologies |
| Ion Light Technologies |
| ion measurements |
| ion microscope |
| ion mobility |
| ion mobility scan |
| ion population |
| ion production |
| ion scattering |
| ion scattering spectroscopy |
| ion selection |
| ion source |
| Ion species |
| Ion Spectrograph |
| ion streams |
| ion trap |
| ion trap mass spectrometers |
| ion velocity |
| ionic conditions |
| Ionization dynamics |
| Ionization dynamics |
| Ionization dynamics |
| Ionization mechanism |
| Ionization mechanism |
| Ionization-induced |
| Ionization-induced |
| Ionization-induced |
| ionizing radiation |
| ion-molecule |
| ion-molecule reaction |
| ion-molecule reactions |
| ions detection |
| IPLab |
| IR band |
| IR beam |
| IR beam-finder |
| IR beam-finder card |
| IR beam-finder cards |
| IR diode |
| IR emitter |
| IR Emitters |
| IR fs |
| IR fs |
| IR gas spectroscopy |
| IR gas spectroscopy |
| IR harmonic |
| IR harmonics |
| IR laser ablation |
| IR laser ablation |
| IR LED |
| IR LEDs |
| IR LiF |
| IR optical parametric oscillator |
| IR optical parametric oscillator |
| IR output |
| IR photons |
| IR region |
| IR response |
| IR sensor |
| IR sensor |
| IR sensors |
| IR sensors |
| IR Surveillance |
| IR transmission |
| ir viewer |
| IR viewer |
| IR viewers |
| Irina T. Sorokina |
| Iron doped Lithium Niobate |
| iron ligand |
| iron oxidation state |
| IR-sensitive |
| IR-sensitive phosphor |
| IR-UV double resonance |
| Isabell Thomann |
| ISCGTIEM |
| isolated cells |
| isotopes |
| J. A. Palmer |
| J. A. Palmer |
| J. A. West |
| J. Biol. Chem. |
| J. Buckley |
| J. C. Fajardo |
| J. C. Fajardo |
| J. Cai |
| J. Cai |
| J. Cowen |
| J. E. Bowers |
| J. E. Gonzalez |
| J. G. Fujimoto |
| J. G. Fujimoto |
| J. G. Fujimoto |
| J. Goldstein |
| J. Gottmann |
| J. Gottmann |
| J. Herrmann |
| J. Ihlemann |
| J. Ihlemann |
| J. Klein-Wiele |
| J. Korlach |
| J. Korlach |
| J. Li |
| J. Li |
| J. Limpert |
| J. Luminescence |
| J. Luminescence |
| J. Luminescence |
| J. M. Kim |
| J. M. Kim |
| J. Ma |
| J. Maehara |
| J. Maehara |
| J. Microscopy |
| J. Neev |
| J. Neev |
| J. Niederhauser |
| J. Noack |
| J. Noack |
| J. Noack |
| J. Opt. Soc. Am. |
| J. Opt. Soc. Am. |
| J. P. Koplow |
| J. P. Koplow |
| J. Phys. Chem. |
| J. S. Harris |
| J. S. Witkowski |
| J. S. Witkowski |
| J. T. Dickinson |
| J. T. Dickinson |
| J. Troe |
| J. Troe |
| J. van Tilborg |
| J. van Tilborg |
| J. W. Rich |
| J. W. Rich |
| J.A. Squier |
| J.A. Squier |
| J.-C. Chen |
| J.L. Krause |
| J.L. Krause |
| J.L. Krause |
| J.N. Bardsley |
| J.N. Bardsley |
| J.P.Maffetone |
| Jablonski Award |
| Jablonski Award |
| J-aggregate |
| J-aggregates |
| James G. Fujimoto |
| Jean-Claude Diels |
| Jeff A. Squier |
| Jeff A. Squier |
| Jeff Squire |
| Jeff Squire |
| Jeff Squire |
| Jens Limpert |
| Jerome Moloney |
| jet-cooled |
| JETP Lett. |
| Jiangquan Zhang |
| Jiwu Chen |
| Johannes-Kepler-Univ |
| Johannes-Kepler-Univ |
| John B. Fenn |
| John Fenn |
| Joint Detection |
| Joint Detection Program |
| Joint Institute for High Temperatures |
| Joint Institute for High Temperatures |
| Jonathan W. Campbell |
| Jonathan W. Campbell |
| JOSA B |
| Joseph Neev |
| Joseph Neev |
| Joseph Neev |
| joulemeter |
| joulemeter |
| Journal of Crystal Growth |
| Journal of Luminescence |
| Journal of Neurophysiology |
| Journal of Neuroscience |
| Journal of Neuroscience |
| Journal of Neuroscience |
| Juan Lopez Garriga |
| Julia Stähler |
| Junctional complex |
| Justin Wark |
| Justin Wark |
| K. B. Hewett |
| K. Dholakia |
| K. Ganguly |
| K. Hashimoto |
| K. Hashimoto |
| K. Hodgson |
| K. Hodgson |
| K. Hodgson |
| K. Kasischke |
| K. Kasischke |
| K. Liu |
| K. Luther |
| K. Luther |
| K. M. Abramski |
| K. N. Makarov |
| K. Nahen |
| K. Ohta |
| K. Ohta |
| K. R. Delaney |
| K. Sokolowski-Tinten |
| K. Sokolowski-Tinten |
| K. Sokolowski-Tinten |
| K. Sokolowski-Tinten |
| K. Svoboda |
| K. Taniguchi |
| K. Taniguchi |
| K. W. Koch |
| K. W. Koch |
| K. W. Koch |
| K. Yamakawa |
| K. Zhang |
| K. Zhang |
| K.L.Vodopyanov |
| K.R. Wilson |
| K+ conductance |
| K+ current |
| Kaiser Optical Systems |
| kappa B |
| Kapteyn-Murnane |
| Kapteyn-Murnane |
| Kapteyn-Murnane |
| Karabutov |
| Kater SB |
| Katyusha rockets |
| Kay Niemax |
| Keck Center |
| Keck Grant Funding |
| Keio Univ |
| Keio Univ |
| Kentech |
| Keratinocytes |
| Kerr |
| Kerr effect |
| Kerr nonlinearity |
| Kerr-lens |
| Kerr-lens |
| Kerr-lens |
| Kerr-lens |
| Kerr-lens |
| Kerr-lens |
| KGdWO4 |
| kinetic competition |
| kinetic energy distributions |
| Kistemaker |
| Kitagawa Group |
| KLUWER |
| KMLabs |
| KMLabs |
| kmlabs |
| KMLabs |
| Koichi Tanaka |
| Korea Institute of Machinery |
| Korea Institute of Machinery |
| KOSI |
| KrF laser |
| KrF laser |
| KrF laser |
| KSY Corp |
| KSY Corp |
| KTiOPO4 |
| KTP |
| KTP crystal |
| KTP crystals |
| L. B. Cohen |
| L. B. Da Silva |
| L. B. Da Silva |
| L. D. Mikheev |
| L. E. Nelson |
| L. F. Schroeder |
| L. Kuznetsova |
| L. Laversenne |
| L. Laversenne |
| L. N. Myrabo |
| L. N. Myrabo |
| L.A. Lompre |
| L.A. Lompre |
| labeled protein |
| labile biomolecules |
| Laboratory astrophysics |
| Laboratory of Ultrafast |
| laboratory plasma |
| Laboratory-Scale |
| Laboratory-Scale |
| lambda/10 |
| lambda/2 |
| lambda/4 |
| Lance Ladic |
| Land Mine |
| Land Mines |
| Land Mines Detection |
| Landau Institute |
| Landau Institute |
| Large aperture DOEs |
| Large-aperture Photoconductors |
| lased |
| Laser ablation |
| laser ablation |
| Laser Ablation |
| Laser Ablation |
| laser ablation |
| laser ablation |
| laser ablation |
| laser ablation |
| laser ablation mode |
| laser ablation propulsion |
| laser ablation propulsion |
| Laser accelerated |
| Laser accelerated |
| Laser Activation System |
| Laser alignment |
| Laser and Electro-Optics |
| Laser Apparatus |
| Laser aquisition |
| Laser aquisition |
| Laser Atom Cooling |
| laser attenuation |
| Laser attenuation |
| laser attenuator |
| laser auto-focus |
| laser bandwidth |
| Laser Based Fizeau |
| laser beam |
| Laser beam alignment |
| laser beam delivery systems |
| Laser beam finding |
| laser beams |
| Laser biomedical |
| Laser breakdown |
| laser bullet |
| laser cavity |
| laser collimators |
| Laser Countermeasure |
| Laser crystal |
| laser cutting |
| laser damage |
| laser damage |
| Laser Damage Threshold |
| laser deposition |
| laser deposition |
| Laser desorption |
| laser desorption |
| laser desorption MS |
| laser desorption/ionization |
| laser diagnostics |
| laser diagnostics |
| Laser Direct Writing |
| Laser doping |
| Laser doping |
| laser drill |
| laser energy |
| laser EUV source |
| laser EUV source |
| Laser Excitation |
| laser experiment |
| laser experiments |
| laser exposure |
| laser exposure |
| laser exposure |
| laser facilities |
| Laser Facility |
| laser fluorescence excitation |
| Laser Focus World |
| Laser fragmentation |
| laser fragmentation |
| laser generation |
| laser Gyroscope |
| laser harmonic |
| laser harmonic generator |
| Laser Heating |
| Laser Heating |
| Laser Heating |
| Laser ignition |
| Laser ignition |
| Laser Imaging |
| laser induced |
| Laser Induced Breakdown Spectroscopy |
| laser induced conductivity |
| laser induced fluorescence |
| Laser Induced Lightning |
| laser induced plasma |
| Laser ion implantation |
| laser ion source |
| Laser Ion Source |
| Laser Ion sources |
| laser ionization |
| laser irradiation |
| laser irradiation |
| Laser keyhole welding |
| Laser keyhole welding |
| laser kit |
| Laser Lab. Goettingen |
| Laser Lab. Goettingen |
| laser laboratory |
| Laser Laboratory |
| Laser light |
| laser light |
| Laser Line |
| Laser line filters |
| laser lithography |
| Laser Machin |
| Laser Machining |
| laser mass spectrometry |
| laser material |
| laser material |
| laser material |
| laser material processing |
| laser melting |
| laser melting |
| Laser Microfusion |
| Laser Micromachining |
| Laser micro-surgery |
| Laser milling |
| Laser milling |
| Laser modulation |
| Laser modulation |
| Laser Notch |
| Laser notch filter |
| Laser notch filters |
| laser operation |
| laser operations |
| laser photoionization |
| laser photolysis |
| laser photolysis |
| Laser Physics |
| Laser Physics |
| laser plasma |
| laser plasma |
| Laser plasma |
| laser plume expansion |
| laser power meter |
| laser power meter |
| laser power meters |
| laser power meters |
| laser produced ions |
| laser propulsion |
| laser propulsion |
| laser propulsion engine |
| laser propulsion engine |
| laser protection |
| Laser pulse duration |
| Laser pulse duration |
| Laser pulse duration |
| Laser pulse duration |
| laser radiation |
| laser radiation |
| Laser Safety |
| Laser Safety Awareness |
| Laser Safety Course |
| Laser Safety Courses |
| laser safety officer |
| laser scan systems |
| laser scanning |
| laser scanning |
| laser scanning |
| laser scanning microscope |
| laser scanning microscope |
| laser scanning microscopes |
| laser scanning microscopes |
| laser scanning microscopes |
| laser scanning microscopy |
| Laser scattering |
| laser shock |
| laser shock |
| laser sources |
| Laser Space Propulsion |
| Laser Space Propulsion |
| laser spallation |
| laser spallation |
| Laser Spectroscopy |
| laser spectrometer |
| Laser spot |
| Laser spot size |
| laser sputtering |
| laser sputtering |
| laser suppression |
| laser system |
| laser systems |
| laser tactical weapon |
| laser target |
| Laser teaching |
| laser technology |
| Laser treatment |
| Laser treatment |
| laser trouble-shooting |
| Laser tweezer |
| laser ultrasonic |
| Laser UV radiation |
| Laser Wakefield Excitation |
| laser wavelength |
| laser wavelength |
| laser welding |
| Laser welding |
| Laser welding |
| Laser X-ray |
| laser.bli.uci.edu |
| laser-desorbed |
| laser-drilled |
| laser-driven fusion |
| laser-driven inertial fusion |
| laser-dyes |
| Laser-electric |
| Laser-electric |
| laser-fusion |
| laser-fusion target |
| Laser-generated |
| Laser-generated |
| Laser-induced |
| laser-induced |
| Laser-induced |
| Laser-induced |
| laser-induced |
| Laser-induced breakdown |
| Laser-induced breakdown |
| Laser-induced breakdown |
| Laser-Induced Breakdown Spectroscopy |
| Laser-Induced Fluorescence |
| laser-induced ultrasonic |
| laser-irradiated |
| laser-irradiated |
| Laser-Matter |
| Laser-Matter |
| Laser-Matter Interaction |
| Laser-Matter Interaction |
| laser-plasma interactions |
| laser-produced |
| laser-produced |
| laser-produced plasma |
| laser-produced plasma |
| laser-produced plasmas |
| Lasers and Optics |
| Lasers and Optoelectronics |
| Lasers in Medicine and Biology |
| Lasers in Medicine and Biology |
| Lasers in Medicine and Biology |
| LaserSonix |
| LaserSonix Technologies |
| LaserSonix Technologies Inc. |
| laser-triggered lightning |
| lasing |
| lateral geniculate nucleus |
| Lateral Shear Interferometry |
| Lateral Shear Test |
| Lateral Shift |
| lattice dynamics |
| lattice oscillations |
| Lawrence Livermore |
| Lawrence Livermore |
| Lawrence Livermore |
| Lawrence Livermore |
| Lawrence Livermore |
| Lawrence Livermore National Lab. |
| Lawrence Livermore National Lab. |
| LBO |
| LCMS |
| LC-MS |
| Lead Molybdate |
| Lead Molybdate Crystal |
| Lead Molybdate Crystals |
| lead profiling |
| Lebedev Institute |
| Lebedev Physical Institute |
| Lebedev Physical Institute |
| Leica TCS |
| Leica-Macro |
| Lenses |
| lenses |
| Leo Hollberg |
| LEOS annual |
| Letters to Nature |
| leucine zipper |
| Lexel 810 |
| Lexel 810 |
| Lexel 810 |
| Li:F2 |
| Libocrystal |
| Libocrystal |
| LIBS sensor |
| Lichtenstein Foundation |
| lidar |
| LiF |
| LiF |
| LiF optics |
| LIF spectroscopy |
| LIF technique |
| LiF window |
| LiF windows |
| Life Sciences |
| Life Sciences |
| Life Sciences |
| Life Sciences Advisory Council |
| Life Sciences Advisory Council |
| Life Sciences Council |
| lifetime |
| lifetime |
| lifetime |
| lifetime |
| lifetime |
| lifetime |
| lifetime |
| ligand binding |
| Ligand binding |
| ligand binding dynamics |
| ligand-field |
| ligands |
| light block |
| light deflector |
| light diffraction |
| light diffraction |
| light diffraction |
| Light filaments |
| Light filaments |
| light harvesting |
| light line |
| light propagation |
| Light strings |
| light tube |
| Light Weaponry |
| light-emitting |
| light-induced |
| light-induced |
| light-induced |
| light-in-flight hologram |
| LightLab |
| LightLab Imaging |
| lightning bolt |
| Lightning Control |
| light-scattering |
| light-tube |
| LiNbO3 |
| linbo3 |
| linbo3 |
| Line Narrowing |
| line of light |
| linear array sensor |
| linear array sensor |
| linear polarization |
| linear polarization |
| linearly polarized |
| liquid explosive |
| liquid explosives |
| liquid interface |
| liquid SIMS |
| liquid-glass |
| LiTa03 Pyroelectric |
| LiTaO3 |
| LiTaO3 |
| LiTaO3/Pt |
| Lithium Fluoride |
| Lithium Niobate |
| Lithium Tantalate |
| Lithium Tantalate |
| Lithium Tantalate Pyroelectric |
| Lithium Tantalate Pyroelectric |
| Lithium Tantalate Pyroelectric Detectors |
| Lithium Tantalate Pyroelectric Detectors |
| Lithium-7 |
| Lithium-7 ion |
| Lithography System |
| Lithography System |
| Live cell imaging |
| live cell imaging |
| live embryo |
| Livermore National Lab |
| Livermore National Lab |
| Livermore National Lab. |
| Livermore National Lab. |
| living cell |
| living cells |
| living human cells |
| living human cells |
| living human cells |
| living mouse |
| living systems imaging |
| living tissue |
| living tissues |
| living tissues |
| Locked multi-channel |
| logging generator |
| Logging tools |
| long focus |
| long focus depth |
| Long Period |
| Longitudinal Aberration |
| Longitudinal Interferometry |
| Longitudinal Interferometry |
| Longitudinal Interferometry |
| longwave |
| longwave infrared |
| Long-wave Infrared |
| long-wavelength |
| long-wavelength infrared |
| Long-Wavelength Interferometry |
| Los Alamos |
| Los Alamos National |
| Los Alamos National |
| Los Alamos National Lab. |
| Los Alamos National Lab. |
| Low charge state ions |
| low cost femtosecond |
| low pass spatial filtering |
| low pass spatial filtering |
| low pump-threshold |
| lower frequency photon |
| lower frequency photons |
| low-temperature-grown |
| low-threshold |
| low-threshold femtosecond |
| LSM 510 |
| L-type calcium channels |
| Lucina pectinata |
| Luggage Inspection |
| luminescence spectra |
| luminescence spectrometer |
| luminescence spectrometers |
| luminescent probes |
| luminescent screen |
| Luxia Wang |
| Lyman alpha |
| Lyot Test |
| M. Aoyama |
| M. C. Gower |
| M. C. Gower |
| M. D. Feit |
| M. D. Feit |
| M. D. Perry |
| M. Frenz |
| M. Horn von Hoegen |
| M. Horn von Hoegen |
| M. Jaeger |
| M. Kamata |
| M. Kamata |
| M. Kammler |
| M. Kammler |
| M. Levene |
| M. Levene |
| M. Levene |
| M. N. Libenson |
| M. N. Libenson |
| M. Obara |
| M. Obara |
| M. P. Frolov |
| M. P. Frolov |
| M. R. Papantonakis |
| M. R. Papantonakis |
| M. Sakakura |
| M. Sentis |
| M. Sentis |
| M. Terazima |
| M. Terazima |
| M. V. Klibanov |
| M. V. Klibanov |
| M. V. Klibanov |
| M. Yamaguchi |
| M. Yamaguchi |
| M. Yamaura |
| M. Yamaura |
| M.C. Downer |
| M.C. Downer |
| M.C. Downer |
| M.D. Moores |
| M.D. Moores |
| M.D. Moores |
| M.-K. Huang |
| M.R. Melloch |
| M.R. Melloch |
| Maarten A. Posthumus |
| Maarten Posthumus |
| machining of metals |
| machining of Silicon |
| machining silica |
| Mach-Zehnder Interferometer |
| macromolecules |
| Macromolecules |
| macular edema |
| macular hole |
| Magnetic Resonance Logs |
| magneto-optic |
| magneto-optical |
| magneto-optically |
| Malcolm C. Gower |
| Malcolm C. Gower |
| Malcolm Dole |
| MALDI |
| MALDI MS |
| MALDI TOF |
| mammalian biology |
| Mamyrin |
| Manfred Hugenschmidt |
| Manfred Hugenschmidt |
| manipulating microscopic particles |
| Maria M. Rodriguez |
| Maria Rodriguez |
| Mark Kimmel |
| Martin JL |
| Martin Wolf |
| Mass range |
| mass resolution |
| mass resolved |
| mass spectrum |
| mass-selected ion |
| mass-to-charge ratios |
| material dynamic |
| Material Dynamics |
| material processing |
| material processing |
| Material Science |
| material science |
| Material Science |
| Materialforschung |
| Materialforschung |
| Materials and Manufacturing Directorate |
| Materials interrogation |
| Matrix metalloproteinase |
| matrix-assisted laser desorption |
| matrix-assisted laser desorption ionization |
| matrix-assisted laser desorption ionization MS |
| matrix-assisted laser desorption/ionization |
| Matt Zepf |
| Matt Zepf |
| Mattauch-Herzog |
| Matthew Strader |
| Max-Born-Institut |
| Max-Born-Institut |
| Max-Born-Institute |
| Mayaguez Campus |
| MCA occlusion |
| McLafferty |
| MCP |
| MCP assemblies |
| MCP assembly |
| MCP channel |
| MCP channels |
| MCP Dark Current |
| MCP dead time |
| MCP Degassing |
| MCP detector |
| MCP detector |
| MCP detectors |
| MCP gain |
| MCP manual |
| MCP replacement |
| MCP resistance |
| MCP saturation |
| MCP stack |
| MCP strip current |
| MCP surface |
| MCP Time Response |
| MCP-in |
| MCP-out |
| Measurement of Cylindrical Surfaces |
| Measurement of Ultrashort Laser Pulses |
| Measuring Ultrashort Optical Pulses |
| Measuring Ultrashort Optical Pulses |
| Measuring Ultrashort Optical Pulses |
| mediated feedback |
| Medical Device |
| medical interventions imaging |
| Medical Laser |
| Medical Laser |
| Medical Laser Report |
| Medical Laser Safety |
| Medical Laser Safety Officer |
| medical research |
| medical school |
| megawatt-class laser |
| Melvin B. Comisarow |
| Melvin Comisarow |
| membrane channels |
| membrane potential |
| membrane potential |
| Membrane-Binding |
| MEMS |
| meniscus lens |
| meniscus lenses |
| mercury thiogallate |
| mercury thiogallate |
| Merlin |
| mesophyll cells |
| messenger release |
| META FLUOR |
| META MORPH |
| metal interface |
| metal interfaces |
| metal ion beams |
| metal nitrosyl |
| metal-substituted |
| Methods in Cellular Imaging |
| Methods in Cellular Imaging |
| Methods in Cellular Imaging |
| Meuzelaar |
| mf physics |
| mfphysics |
| Mg2SiO4 |
| MgF2 |
| MgO:LiNbO3 |
| Michael Barber |
| Michael Karas |
| Michael L. Lander |
| Michael L. Lander |
| Michael Shuler |
| Michel L. Autric |
| Michel Meunier |
| Michel Meunier |
| Michelson Interferometer |
| Michelson Interferometer |
| Michelson interferometer |
| Michelson interferometer |
| Michelson interferometer |
| Michelson Interferometer |
| Michelson interferometer |
| Michelson interferometer |
| Michelson-Morley Award |
| Michelson-Morley Award |
| Michelson-Morley Award |
| microanatomic |
| microcalorimetry |
| microcalorimetry |
| Microchannel plate |
| Microchannel plate |
| Microchannel Plate |
| micro-channel plate |
| micro-channel plate |
| microchannel plate detector |
| microchannel plates |
| micro-channel plates |
| micro-electro-mechanical-systems |
| Microfluidic bioMEM |
| microfluidic device |
| microfluidic device |
| microfluidic devices |
| microfluidics |
| microlens array |
| microlens arrays |
| microlithography |
| Microlithography |
| micromachine |
| Micromachining |
| micromachining |
| Micromachining |
| micro-machining |
| micro-machining |
| micro-machining |
| micro-machining |
| Micromass |
| MICROMAX |
| micron wavelength |
| micron wavelength |
| micro-optic |
| microsatellites |
| microsatellites |
| microscopic images |
| Microscopic imaging |
| Microscopic Multiphoton |
| microscopic organelles |
| microscopic organelles |
| microscopy |
| microscopy position |
| microscopy using a Femtosecond |
| micro-spectroscopy |
| microstructure |
| microstructure technologies |
| microstructure technology |
| microstructured fibers |
| microstructured fibers |
| microstructured fibers |
| microstructured optical fiber |
| microstructured optical fibers |
| microstructuring |
| microstructuring |
| microthrusters |
| microthrusters |
| Microtubules |
| microvessels |
| microwave signals |
| microwave spectrum analyzer |
| mid IR |
| middle cerebral |
| middle infrared |
| mid-infrared |
| Mid-Infrared |
| Mid-Infrared Advanced Chemical Laser |
| mid-infrared laser |
| mid-infrared laser |
| mid-infrared spectroscopy |
| mid-IR |
| mid-IR applications |
| mid-IR OPO |
| mid-IR OPO |
| MI-FROG |
| MI-FROG |
| migraine pathogenesis |
| mikrokanal platte |
| mikrokanal platten |
| Millenia |
| Milliangstrom |
| Milliangstrom |
| Milliangstrom |
| Millimeter and Submillimeter Waves |
| million Kelvin |
| Minerals Logging |
| Minoru Obara |
| Minoru Obara |
| MIRACL |
| mirror surface |
| mirror surfaces |
| mirrors |
| Mirtchev T |
| Missile Defense |
| mitochondria in vivo |
| mitochondria in vivo |
| Mitochondrial |
| mitochondrial membrane |
| mobile defense systems |
| mobile deployment |
| mode lock |
| model neural network |
| Modelocked |
| mode-locked |
| mode-locked |
| mode-locked |
| Mode-Locked |
| mode-locked |
| mode-locked |
| mode-locked laser |
| mode-locked laser |
| mode-locked laser |
| mode-locked lasers |
| mode-locked lasers |
| mode-locked lasers |
| mode-locked Nd:YAG |
| mode-locked Nd:YAG |
| mode-locked Nd:YAG |
| mode-locked oscillator |
| mode-locked oscillator |
| mode-locked oscillator |
| mode-locked oscillator |
| Modelocking |
| modelocking |
| models of stroke |
| modified hemoglobin |
| Moiré Interferometry |
| Moiré Patterns |
| moiré-grating |
| moiré-grating |
| Molectron |
| Molectron |
| molecular beacons |
| Molecular beam |
| Molecular Chemistry |
| molecular cluster |
| molecular clusters |
| molecular diffusion |
| Molecular diffusion |
| molecular diffusion |
| molecular diffusion measurement |
| molecular diffusion measurement |
| molecular diffusion measurements |
| molecular donor state |
| Molecular Endocrinology |
| Molecular Fluorophores |
| Molecular Fluorophores |
| Molecular H2 |
| Molecular H2 |
| Molecular H2 |
| molecular ion |
| Molecular ions |
| molecular motor |
| Molecular N2 |
| Molecular N2 |
| Molecular N2 |
| Molecular Neuroscience |
| Molecular O2 |
| Molecular O2 |
| Molecular O2 |
| molecular reaction dynamics |
| Molecular spectroscopy |
| Molecular spectroscopy |
| Molecular structure |
| Molecular Templates |
| Molecular Templates |
| Molecular Templates |
| molecular vibrational mode |
| molecular weight |
| Molecular-dynamics |
| Molecular-dynamics |
| MolTech GmbH |
| momentum-matching |
| momentum-matching condition |
| morphological development |
| Moscow State Mining |
| Moscow State Mining |
| Moscow State University |
| Mostafa A. El-Sayed |
| Mostafa El-Sayed |
| Motheye |
| Motheye Antireflection |
| motoneurons |
| motor cortex |
| Motor Research |
| movement detector |
| movement detector |
| movement detectors |
| movement detectors |
| MPFPR |
| MPFPR |
| MPM |
| MPM |
| MPM |
| MRC 600 |
| MRS member |
| MS-MS |
| MSP |
| MSP detector |
| multianode |
| multi-charged ion |
| multicolor |
| multi-frame camera |
| multi-frame detector |
| multi-line output |
| Multimodal |
| Multimode beam |
| multimode Nd:YAG laser |
| multimode Nd:YAG lasers |
| multineuronal |
| multiphoton |
| Multi-photon |
| Multi-photon |
| multiphoton absorption |
| Multi-photon confocal |
| multiphoton dissociation |
| Multiphoton Excitation |
| Multiphoton Excitation |
| Multiphoton Excitation |
| multi-photon excitation |
| Multiphoton Excitation Microscopy |
| multiphoton fluorescence |
| multiphoton fluorescence photobleaching recovery |
| multiphoton imaging |
| multiphoton imaging |
| multiphoton imaging |
| multiphoton imaging |
| multiphoton imaging |
| multiphoton ionization |
| Multiphoton laser |
| Multiphoton laser |
| Multiphoton laser |
| Multiphoton laser scanning microscope |
| Multiphoton laser scanning microscope |
| Multiphoton laser scanning microscope |
| Multiphoton laser scanning microscopes |
| Multiphoton laser scanning microscopes |
| Multiphoton microscope |
| Multiphoton microscope |
| Multiphoton microscope |
| multiphoton microscopy |
| Multiphoton Microscopy |
| multiphoton microscopy |
| multiphoton microscopy |
| multiphoton microscopy |
| multiphoton microscopy |
| Multiphoton Microscopy |
| multi-photon microscopy |
| Multiphoton Microscopy in the Biomedical Sciences |
| Multiphoton Microscopy in the Biomedical Sciences |
| Multiphoton Microscopy in the Biomedical Sciences |
| multiphoton molecular processes |
| multiphoton scanning |
| Multi-photon spectroscopy |
| multiphoton technology |
| multiple anode |
| Multiple Beam Interferometer |
| multiple bonding |
| multiple exciton |
| multiple-pass |
| multiple-pass cavity |
| multiply charged |
| multiply charged |
| multiply charged |
| multiply charged ions |
| multiply charged ions |
| multiterawatt |
| multiterawatt |
| multi-terawatt |
| multi-terawatt |
| Multi-Wavelength |
| Muscle Sarcolemma |
| myelin proteins |
| myocytes |
| myoglobin |
| N. A. Inogamov |
| N. A. Inogamov |
| N. Andreev |
| N. Andreev |
| N. Inoue |
| N. Luo |
| N. Luo |
| N. M. Bulgakova |
| N. M. Bulgakova |
| N. N. Yuryshev |
| N. Nishimura |
| N. Titova |
| N. Titova |
| N.C. Turner III |
| Naked Eye Test |
| Nano-biophotonic |
| nanocrystal |
| nanocrystals |
| nanodevice |
| nanodevices |
| nano-electro-mechanical-systems |
| nanofabrication |
| nano-fabrication |
| nanojoule |
| nanojoule |
| nanomachine |
| Nanomaterials Research |
| nanometer |
| nanometer length scale |
| nanometer resolution |
| nanometer sensitivity |
| NanoOpto |
| NanoOpto Corporation |
| nanoparticle |
| nanoparticles |
| Nanoparticles |
| Nanophotonics |
| Nanoscale |
| nanoscale surface physics |
| nanoscope |
| NanoSEC |
| nanosecond exposure |
| nanosecond gate |
| nanosecond gating |
| nanosecond luminescence |
| nanosecond Nd:YAG |
| nanosecond OPO |
| nanosecond OPOs |
| Nanosecond Optical |
| Nanosecond Optical Parametric Oscillator |
| Nanosecond Oscillator |
| nanosecond pulsewidth |
| nanosphere lithography |
| Nanostructuring |
| Nanostructuring |
| Nanyang Technological |
| Nanyang Technological |
| NARISHIGE |
| narrow band |
| narrow bandwidth |
| narrow spectral response |
| Narrow-Band |
| narrow-band |
| Narrow-band Terahertz |
| Narrow-band Terahertz |
| NASA Marshall |
| NASA Marshall |
| Nathan R. Newbury |
| National Academy of Engineering |
| National Academy of Engineering |
| National Academy of Science |
| National Academy of Science |
| National Academy of Science |
| National Biotechnology Center |
| National Taiwan University |
| NATO |
| Nature Cell Biology |
| Nature Cell Biology |
| Nature Cell Biology |
| Nature Methods |
| Naval Research Lab |
| Nd:GGG |
| Nd:glass |
| Nd:Glass amplification |
| Nd:YAG |
| Nd:YAG harmonic |
| Nd:YAG harmonics |
| Nd:YAG laser |
| nd:yag laser |
| Nd:YAG laser |
| Nd:YAG laser |
| Nd:YAG laser second harmonic |
| Nd:YAG lasers |
| Nd:YLF |
| Nd-Fe-B |
| near infrared |
| near infrared |
| Near infrared band |
| Near IR |
| near IR |
| Near IR band |
| near IR radiation |
| Near IR Viewers |
| near-infrared |
| near-infrared |
| near-infrared beam |
| near-infrared beams |
| near-infrared illumination |
| near-infrared illuminator |
| near-infrared light |
| near-infrared light source |
| near-infrared light sources |
| near-infrared radiation |
| near-infrared systems |
| Near-infrared viewing |
| near-IR |
| near-IR |
| near-IR region |
| near-IR source |
| near-IR sources |
| Near-IR Viewers |
| negative dispersion |
| NEMS |
| neocortex |
| neocortical |
| neocortical neurons |
| neodymium-doped |
| neodymium-doped glass |
| Nermag |
| Nervous system |
| network camera |
| neuclear chemistry |
| neural circuits |
| Neural Computation |
| neural network |
| neural signaling |
| neurite |
| neurite outgrowth |
| Neurochemistry |
| Neuroendocrine Cell |
| neuronal |
| neuronal assemblies |
| neuronal culture |
| neuronal cultures |
| neuronal function |
| neuronal responses |
| neuronal signal |
| Neuronal signaling |
| Neuronal Signaling |
| neuronal signals |
| neuronal tracing |
| Neurons |
| Neurophysiology |
| Neuroscience Methods |
| neurotransmission |
| Neurotrophic |
| neutral atoms |
| neutral clusters |
| neutral molecules |
| neutral particle |
| neutral particles |
| Neutralization Test |
| neutron |
| neutron activation |
| neutron activation analysis |
| Neutron activation analysis |
| Neutron Activation Analysis |
| neutron applications |
| neutron beam |
| neutron beam |
| neutron beams |
| neutron bender |
| neutron capture |
| Neutron Capture Therapy |
| neutron chemistry |
| neutron conference |
| neutron crystallography |
| neutron data |
| neutron decay |
| neutron detection |
| neutron detector |
| neutron detectors |
| neutron diffraction |
| neutron diffractometry |
| neutron focusing |
| neutron generator |
| neutron generators |
| neutron howitzer |
| neutron imaging |
| neutron instrumentation |
| neutron intensity |
| Neutron Log |
| Neutron Logging |
| Neutron Logs |
| neutron medicine |
| Neutron news |
| neutron optics |
| neutron physics |
| Neutron Porosity Logging |
| neutron position |
| neutron radiography |
| neutron research |
| neutron scattering |
| Neutron science |
| neutron sensor |
| neutron sensors |
| neutron source |
| neutron sources |
| neutron splitter |
| neutron treatment |
| neutron tube |
| neutron tubes |
| neutron tumor treatment |
| neutron-scattering |
| new fluor |
| New ionization techniques |
| new laser |
| New Methods for Sequencing Individual DNA Molecules |
| Newton's Rings |
| next generation lithography |
| NF-kB |
| niche applications |
| Nier-Johnson |
| Night Viewing |
| Night vision |
| night vision applications |
| Nigth viewer |
| NIH Fogarty International Center |
| NIH Fogarty International Center |
| NIH Fogarty International Center |
| NIH Molecular and Biological Physics |
| NIH/NCRR Resource |
| NIH-funded |
| NIH-NCRR |
| NIH-NCRR |
| Nikogosyan |
| Nikogosyan |
| Nikogosyan |
| Nikolai Zhavoronkov |
| Nitric oxide |
| nitrogen content |
| nitrogen determination |
| nitrogen monoxide |
| NLO coefficient |
| NLO crystal |
| NLO crystal |
| NLW |
| NNEMP |
| Noack F |
| Nodal-Slide Lens Bench |
| Nomarski Interferometer |
| non diffractive |
| non-bonding interactions |
| non-critical phase matching |
| non-critical phase matching |
| non-critical phase matching |
| Nondestructive Imaging |
| non-dffractive |
| non-diffractive Bessel beam |
| non-equilibrium plasma |
| Noninvasive |
| non-invasive imaging |
| non-invasive imaging technology |
| non-invasive spectroscopy |
| Non-lethal Weapon |
| Nonlethal Weapons |
| Non-lethal Weapons |
| Nonlinear |
| nonlinear behavior |
| nonlinear coefficient |
| nonlinear converter |
| non-linear crystal |
| Non-linear crystal |
| nonlinear dynamics |
| nonlinear fiber |
| nonlinear fluorescence |
| nonlinear imaging |
| nonlinear imaging |
| non-linear imaging |
| non-linear imaging |
| non-linear imaging |
| nonlinear interactions |
| non-linear interferometer |
| non-linear interferometer |
| non-linear interferometer |
| non-linear interferometer |
| nonlinear laser microscopy |
| nonlinear laser microscopy |
| nonlinear laser scanning microscopy |
| nonlinear laser scanning microscopy |
| nonlinear material |
| nonlinear materials |
| nonlinear microscopy |
| nonlinear microscopy |
| nonlinear microscopy |
| nonlinear mixing |
| nonlinear mixing |
| nonlinear optical |
| nonlinear optical |
| nonlinear optical crystals |
| Nonlinear Optical Crystals |
| Nonlinear Optical Crystals |
| Nonlinear Optical Crystals |
| nonlinear optical medium |
| Nonlinear Optics |
| nonlinear optics |
| nonlinear optics |
| nonlinear optics |
| nonlinear optics |
| Nonlinear Photochemistry |
| Nonlinear Photochemistry |
| nonlinear photophysics |
| nonlinear plasma |
| nonlinear process |
| nonlinear processes |
| non-linear regime |
| non-linear regime |
| non-linear regime |
| non-linear regime |
| non-linear regime |
| nonlinear response |
| nonlinear spectroscopic |
| nonlinear susceptibilities |
| non-linear temporal filtering |
| non-linear temporal filtering |
| nonlinear TPA |
| nonlinear TPA |
| nonlinear TPA |
| nonlinear TPA |
| Nonlinear two-photon |
| Nonlinear two-photon |
| Nonlinear two-photon laser scanning microscopy |
| Nonlinear two-photon microscopy |
| Nonlinear two-photon microscopy |
| nonlinear-optical |
| Non-Nuclear |
| Non-Null Test |
| non-phasematched |
| non-phasematched |
| non-phasematched |
| non-spherical optics |
| Non-Thermal Melting |
| Non-Thermal Melting |
| Non-Thermal Melting |
| non-thermal plasma |
| non-thermal plasma |
| non-transparent tissue |
| Northrop Grumman |
| notch |
| notch filter |
| notch filters |
| novel material |
| novel materials |
| NRC Federal Register |
| NRC regulations |
| NSF Nanobiotechnology Center |
| NSF Nanobiotechnology Center |
| Nuclear Chemistry |
| Nuclear Chemistry group |
| nuclear DNA |
| nuclear engineering |
| Nuclear envelope |
| nuclear graduate |
| nuclear instrument |
| nuclear instruments |
| Nuclear localization |
| nuclear matter |
| nuclear medicine |
| nuclear method |
| nuclear methods |
| nuclear news |
| nuclear post-graduate |
| nuclear power |
| nuclear propulsion |
| nuclear reactions |
| nuclear reactor |
| nuclear reactors |
| nuclear research |
| nuclear science |
| nuclear science symposium |
| nuclear sensor |
| nuclear sensors |
| nuclear symposium |
| nuclear translocation |
| nuclear undergraduate |
| nuclear waste assay |
| Nuclear-Cytoplasmic |
| nuclear-cytoplasmic |
| nuclear-pumped |
| nuclear-pumped |
| nuclear-pumped laser |
| nuclear-pumped laser |
| nucleotide gated channel |
| nucleus basalis |
| null alignment |
| null fringe pattern |
| null interferogram |
| null lens |
| null optics |
| Null Test |
| O. B. Danilov |
| O.Semchinova |
| OCT |
| OCT acquisition |
| OCT application |
| OCT applications |
| OCT biopsy |
| OCT development |
| OCT diagnosis |
| OCT image |
| OCT image |
| OCT image resolution |
| OCT image-data |
| OCT monitoring |
| OCT needle |
| OCT optical signal |
| OCT Optical source |
| OCT research |
| OCT system |
| OCT technology |
| octave-spanning |
| OEM camera |
| OEM optics |
| OFC Conference |
| OFC2004 |
| OFC2005 |
| off-axis DOE |
| off-axis DOEs |
| off-resonant |
| Ohio State Univ |
| Oil well logging |
| Olympus confocal |
| Olympus IX81 |
| on-axis DOE |
| on-axis DOEs |
| On-Chip Preprocessing |
| ONECTRA |
| ONECTRA |
| one-photon excitation |
| one-photon excitation |
| one-photon excitation |
| online laser safety |
| OPA |
| open |
| operating wavelength |
| Ophir |
| Ophir |
| Ophir Optronics |
| Ophir Optronics |
| Ophthalmic Applications |
| Ophthalmic Applications |
| Ophthalmic Applications |
| OPO |
| OPO |
| OPO cavity |
| OPO conversion |
| OPO design |
| OPO devices |
| OPO idler |
| OPO image |
| OPO Laser |
| OPO laser cavity |
| OPO laser excitation |
| OPO Laser System |
| OPO manufacturer |
| OPO principle |
| OPO pump |
| OPO scheme |
| OPO specifications |
| OPO specs |
| OPO stage |
| OPO system |
| OPO systems |
| OPO/OPA |
| OPOs |
| Opt. Lett. |
| Opt. Lett. |
| Optic |
| optic disc |
| optic disc pits |
| optical activity |
| optical activity |
| optical biopsy |
| Optical biopsy |
| optical breakdown |
| optical breakdown |
| optical breakdown |
| Optical Cardiogram |
| Optical Cardiograms |
| optical coherence |
| Optical coherence |
| optical coherence tomograph |
| Optical coherence tomography |
| Optical coherence tomography |
| optical coherence tomography |
| Optical Communication |
| optical damage |
| optical damage |
| optical density |
| optical diagnostic |
| optical diagnostic |
| optical diagnostic |
| optical diagnostic |
| optical diagnostic |
| optical diagnostics |
| optical diagnostics |
| optical diagnostics |
| optical diagnostics |
| optical diagnostics |
| optical diagnostics |
| optical diode |
| optical Doppler tomography |
| Optical Elements |
| optical emission spectroscopy |
| optical energy |
| optical facilities |
| optical feedback |
| optical fiber input |
| optical fibers |
| optical field |
| Optical Field |
| Optical fluorescence microscopy |
| Optical fluorescence microscopy |
| Optical fluorescence microscopy |
| optical frequency |
| optical frequency synthesis |
| Optical Gating |
| Optical Gating |
| optical gating |
| Optical Gating Measurement |
| optical image processing |
| optical image processing |
| optical imaging |
| optical imaging techniques |
| optical imaging techniques |
| optical imaging techniques |
| optical isolator |
| optical isolator |
| optical isolators |
| optical Kerr |
| optical mammography |
| optical mammography |
| optical mammography |
| Optical manipulating |
| optical material |
| optical measurements |
| Optical Memory |
| optical memory |
| Optical Memory |
| optical noise |
| Optical Nonlinearities |
| Optical Nonlinearity |
| optical parametric |
| Optical parametric |
| Optical Parametric Amplifier |
| optical parametric oscillator |
| Optical Parametric Oscillator |
| Optical parametric oscillator |
| OPTICAL PARAMETRIC SOURCES |
| OPTICAL PARAMETRIC SOURCES |
| optical parametrical |
| optical parametrical generation |
| optical phase |
| optical phase function |
| optical physics |
| optical plate |
| optical processing |
| optical processing |
| optical processor |
| optical pulses |
| optical readout process |
| Optical recording |
| optical recording |
| optical scheme |
| Optical Science |
| optical short pulses |
| optical signal processing |
| Optical Spectroscopy |
| optical spectroscopy |
| optical spectroscopy |
| Optical Switch Corporation |
| optical system |
| Optical Systems |
| optical systems |
| Optical Testing |
| optical tomographic |
| optical tomography |
| Optical Transfer Function |
| Optical trap |
| optical trap |
| Optical trapping |
| Optical tweezer |
| optical tweezer |
| optical tweezers |
| optical waveguide |
| Optical Waveguide |
| optical waveguide |
| Optical Waveguides |
| optical waveguides |
| optical waveguides |
| optical-optical |
| Optics and Photonics |
| Optics Comm |
| Optics Comm |
| Optics Comm |
| Optics Express |
| Optics Laboratory |
| Optics Letter |
| Optics Letters |
| Optics Letters |
| Optics teaching |
| Optics Teaching Laboratory |
| optics.rochester |
| optimized cavity |
| opto-acoustic tomography |
| optoacoustic transducer |
| Opto-Electronic |
| optoelectronic device |
| optoelectronic devices |
| optoelectronic material |
| Optoelectronic materials |
| Opto-Electronic System |
| Opto-Electronic Systems |
| Opto-Electronics |
| optoelectronics crystal |
| OptoSonics |
| opto-thermal |
| opto-thermal measurements |
| Oraevsky |
| orange laser |
| ordinary beam |
| ordinary beam |
| organ image |
| organ imaging |
| organic field effect |
| OSA member |
| OSA membership |
| Osaka Univ |
| Osaka Univ |
| Oscillator |
| oscillator stage |
| Output Coupler |
| output laser wavelength |
| output wavelength |
| oxygen binding |
| oxygen carrier |
| oxygen content |
| oxygen determination |
| Oxygen Iodine Laser |
| Oxygen-Iodine |
| Oxygen-Iodine |
| P. Baum |
| P. C. Cheng |
| P. D. Lyden |
| P. Gong |
| P. Gong |
| P. Hsiung |
| P. Laurens |
| P. Laurens |
| P. Monot |
| P. Monot |
| P. Simon |
| P. Simon |
| P. Stanley |
| P. Stanley |
| P. V. Sushko |
| P. Yang |
| P. Yang |
| P. Zhou |
| P. Zhou |
| P.N. Lebedev |
| P.N. Lebedev |
| P20 phosphor |
| P47 phosphor |
| p65 antibodies |
| Pacific Northwest National |
| Pacific Northwest National |
| palisade mesophyll cells |
| pancreatic islets |
| parabola spectrograph |
| parametric amplifier |
| PARAMETRIC FREQUENCY CONVERSION |
| PARAMETRIC FREQUENCY CONVERSION |
| parametric generation |
| parametric oscillator |
| parametric oscillator |
| Parametric Oscillators |
| parametric process |
| parametric processes |
| Paraxial properties |
| parietal cortex |
| partial reflector |
| Particle Beam Weapons |
| Particle Beams |
| Particle Beams Detection |
| Particle Beams Detection Efficiency |
| particle detection |
| Particle detection efficiency |
| particle diagnostics |
| particle imaging velocimetry |
| particle kinetic energy |
| particle physics |
| passive detection |
| passive infrared alarm |
| passive infrared alarm |
| passive infrared alarms |
| passive infrared alarms |
| passive Q-switch |
| patch-clamping equipment |
| patch-clamping equipment |
| patterned |
| patterned substrates |
| Paul Alivisatos |
| Paul Hoeprich |
| Paul Houston |
| Paul Szymanski |
| PbMoO4 |
| PC12 cells |
| pCa |
| pcx zinc selenide lenses |
| peak intensity |
| peak laser power |
| peak laser power |
| Peak-Valley Aberration |
| PEI Electronics |
| percolation transport |
| percolation transport |
| pericentromeric heterochromatin |
| Perkin-Elmer |
| Perkin-Elmer confocal |
| peroxidases |
| perpendicularly polarized |
| perturbation |
| perturbation energy |
| perturbation theory |
| Peter Ford |
| Peter Herman |
| Peter Norreys |
| Peter Norreys |
| Petroleum Engineer |
| Petroleum Engineers |
| petroleum exploration |
| Petroleum Research |
| Petrov V |
| Petter Persson |
| pH mapping |
| phage-display |
| phase conjugate beam |
| phase conjugate beam |
| phase conjugation |
| phase conjugation |
| phase conjugation |
| Phase Conjugation |
| phase conjugation material |
| phase conjugation material |
| phase diffraction |
| phase diffractive |
| Phase Dispersion |
| phase explosion |
| phase explosion |
| phase function |
| phase locked |
| phase matching |
| Phase measurement |
| Phase measurement |
| Phase measurement |
| Phase measurement |
| phase modulation |
| phase modulation |
| phase of a pulse |
| phase of a pulse |
| phase of a pulse |
| phase of a pulse |
| phase plate |
| phase plate |
| Phase shifters |
| phase stabilization |
| phase stepping |
| phase stepping |
| phase transformation |
| phase transition |
| phase-coherent |
| Phase-coherent |
| phase-lock |
| Phase-Lock Interferometry |
| phase-locking |
| phase-matching |
| phase-matching condition |
| phase-modulated light |
| phase-modulated light |
| phase-retrieval algorithm |
| phase-retrieval algorithm |
| phase-retrieval algorithm |
| phase-retrieval algorithm |
| Phase-sensitive Imaging |
| phase-sensitive imaging |
| Phase-sensitive Imaging |
| Phase-sensitive Imaging |
| Phase-Shifting |
| Phase-Stepping |
| phase-volume hologram |
| phase-volume hologram |
| Philipp Wagenblast |
| Philips MCP |
| Phoenix X-ray |
| phonon |
| phonon emission |
| Phosphodiesterase |
| phosphor |
| phosphor activation |
| Phosphor Cards |
| phosphor screen |
| photo conductive |
| photo conductive |
| Photo Physical |
| Photo Processing |
| photo refractive |
| photo refractive |
| photo-acoustic |
| photo-acoustic imaging |
| Photoacoustic Phenomena |
| photo-acoustic scanner |
| photobleaching |
| Photochemical |
| photochemical |
| photochemical event |
| Photochemical production |
| photochemical techniques |
| photochemical yield |
| photochemical yield |
| Photochemistry |
| photochemistry |
| Photochemistry Center |
| photoconductive crystal |
| photoconductive crystal |
| photoconductor |
| photo-detector |
| Photodiode Detectors |
| Photodiode Detectors |
| photodissociated |
| Photodissociation |
| photodissosiation |
| Photodissotiation |
| photodynamic therapy |
| photoelastic |
| photoelastic crystal |
| photoelectron |
| photoelectron emission |
| photoelectron spectroscopy |
| photoelectrons |
| photoemission |
| photo-excitation |
| photoexcited |
| photofragment |
| photofragmentation |
| Photography |
| Photoinduced |
| Photoinduced |
| photo-induced |
| photoinduced absorption |
| photoinduced absorption |
| Photoinduced Absorption |
| photoinduced absorption |
| photoinduced charge |
| photoinduced charge transfer |
| Photoinduced electron transfer |
| photoinitiated |
| photo-initiated |
| photo-injected |
| photoluminescence spectrum |
| Photolysis |
| photomultiplier gating |
| photomultiplier tubes |
| photon counting |
| photon detection |
| photon emission |
| photon interactions |
| photon interation |
| photon momentum |
| Photon tunneling |
| photon-echo |
| Photonic |
| Photonic Associates |
| photonic bandgap |
| photonic bandgap structure |
| photonic crystal |
| photonic entanglement |
| Photonics |
| Photonics Conference |
| Photonics Crystal |
| Photonics Crystals |
| Photonics Taiwan |
| Photonics.com |
| photooxidation kinetics |
| Photophysical |
| Photophysical |
| photophysical |
| photophysical properties |
| Photophysics |
| photophysics |
| photopolymer |
| photopolymerization |
| photopolymers |
| Photoprocessing |
| Photoreaction |
| photorefraction |
| Photorefraction |
| Photorefraction |
| photorefractive |
| photorefractive |
| photorefractive BSO crystals |
| photorefractive BSO crystals |
| photorefractive crystal |
| Photorefractive Crystals |
| Photorefractive Crystals |
| photorefractive domains |
| Photorefractive effect |
| Photorefractive effect |
| Photorefractive grating |
| Photorefractive grating |
| Photorefractive light scattering |
| Photorefractive light scattering |
| photorefractive material |
| photorefractive sensitivity |
| photosensitization |
| Photosystem |
| photosystem I |
| photosystem I |
| Photothermal |
| photothermal excitation |
| Photothermal Phenomena |
| photovoltaic |
| photovoltaic applications |
| photovoltaic device |
| photovoltaic devices |
| photovoltaic systems |
| photovoltaics |
| Photox |
| Photox |
| Photox Optical Systems |
| Phys. Rev. Lett. |
| Phys. Rev. Lett. |
| Phys. Rev. Lett. |
| Physical Chemistry |
| Physical Chemistry |
| Physical Instrumentation |
| Physical Instrumentation |
| Physical Review |
| Physical Review |
| Physical Review Letters |
| Physical Review Letters |
| Physical Review Letters |
| Physico-Technical |
| Physico-Technical |
| Physics Building |
| Physics Dept |
| Physikalisch-Chemisches-Institut |
| pick pulses |
| pico |
| pico- |
| pico- |
| pico- |
| picoampere current |
| picoampere current |
| picoampere currents |
| picometer level |
| picoquant |
| Picosecond |
| picosecond |
| Picosecond |
| Picosecond |
| picosecond |
| picosecond electron |
| picosecond laser |
| picosecond laser |
| picosecond laser |
| picosecond laser |
| Picosecond Laser |
| Picosecond Lasers |
| Picosecond pulse |
| Picosecond-milliangstrom |
| Piet Kistemaker |
| piezo-electric |
| Piezo-electric crystal |
| piezoelectric effect |
| piezoelectric effect |
| pituitary cells |
| pituitary GHFT1-5 cells |
| pituitary growth |
| pixelization effect |
| pixelization effect |
| pixelization effect |
| pixelization effect |
| PKC |
| planar X-ray Waveguide-Resonator |
| plane of polarization |
| plant antenna |
| plant antenna |
| plant antenna |
| plant antenna |
| plant antenna |
| plant antenna |
| plant antennae |
| Plant Journal |
| Plant Journal |
| plant tissue |
| plant tissues |
| Plasma accelerator |
| Plasma accelerator |
| Plasma accelerator |
| plasma atoms |
| Plasma Based Accelerator |
| Plasma Based Accelerator |
| Plasma Based Accelerator |
| Plasma block |
| Plasma block |
| plasma core |
| plasma desorption MS |
| plasma electrical impedance |
| plasma EUV |
| plasma EUV |
| plasma expansion |
| plasma expansion |
| Plasma focus |
| Plasma formation |
| Plasma formation |
| Plasma Guiding |
| Plasma Guiding |
| plasma impedance |
| plasma parameters |
| Plasma Physics |
| plasma physics |
| Plasma Research |
| plasma research |
| Plasma Spectroscopy |
| Plasma supported ablation |
| plasma temperature |
| plasma thruster |
| plasma thruster |
| plasmas |
| Plasmatronics |
| Plasmatronics |
| plasmid DNA |
| plate reader |
| plate readers |
| Pleckstrin homology |
| Plume Dynamics |
| Plume Dynamics |
| plume expansion |
| plume expansion |
| PNAS |
| PNAS |
| PNAS |
| Pockels cell |
| Pockels cell driver |
| Pockels cell drivers |
| Pockels cells |
| Pockels effect |
| Pockels Readout Optical Memory |
| pocket synchrotron |
| pointing-stabilized |
| pointing-stabilized |
| polarising cube |
| polarization |
| polarization |
| polarization |
| polarization change |
| polarization component |
| polarization component |
| polarization components |
| polarization components |
| polarization imaging |
| polarization optics |
| polarization optics |
| polarization plane |
| polarization properties |
| polarization type |
| polarization-independent |
| polarization-independent |
| polarization-independent |
| polarized laser |
| Polarized light |
| Polarized light |
| polarized pyroelectric |
| polarized pyroelectric |
| polarizer |
| polarizer |
| polarizer |
| polarizers |
| polarizers |
| polarizing cube |
| polarizing cubes |
| polarizing prism |
| polarizing prisms |
| polycapillary optics |
| polymer analysis |
| polymers analysis |
| polythiophene |
| polythiophenes |
| polyvinylidene fluoride |
| polyvinylidene fluoride |
| Portable Pulsed Neutron Generator |
| Position sensitive Detection |
| Position sensitive detector |
| position-sensitive detectors |
| positive ions |
| Positive Light |
| Positive Light |
| Positive Light |
| positive meniscus zinc selenide lenses |
| positron |
| positron beam |
| positron detection |
| Post source decay |
| Postdoc researcher |
| Postdoctoral Fellowship |
| Posthumus |
| Powder Diffraction |
| Powder Diffractometer |
| powerful beam |
| powerful beams |
| powerful CO2 laser |
| powerful laser |
| Powerful pulsed |
| PPLN crystal |
| PRE Rapid Comm |
| PRE Rapid Comm |
| PRE Rapid Comm |
| pre-cancerous cells |
| Precision Optics |
| precursor ion |
| Prepulse |
| pressure evolution |
| primary beam |
| primary neuronal cultures |
| Prism coupling |
| prism pair |
| Prismless |
| prisms |
| prisms |
| Proceedings of Photonics |
| Proceedings of SPIE |
| product ion |
| product ions |
| professional darkrooms |
| Professor of Optics |
| Professor Watt W. Webb |
| Professor Webb |
| prolactin |
| prolactin release |
| PROM |
| PROM |
| propagating waves |
| propagation |
| propagation |
| propagation |
| Propulsion by light |
| Propulsion by light |
| propulsion efficiency |
| propulsion efficiency |
| Protein Crystals |
| Protein Crystals |
| protein folding |
| Protein Interactions |
| Protein kinase C |
| protein MS |
| protein partners |
| protein subunit |
| protein-folding |
| protein-folding |
| protein-folding |
| protein-folding dynamic |
| protein-folding dynamic |
| protein-folding dynamic |
| protein-folding dynamics |
| protein-folding dynamics |
| protein-folding dynamics |
| protein-protein interactions |
| proton beam |
| proton detection |
| proton detector |
| Protoplasma |
| Protoplasma |
| protoplast |
| Protoporphyrin |
| Protoporphyrin IX |
| Proxitronic |
| ps |
| ps-TW |
| ps-TW |
| Pu 239 |
| Pu239 |
| PuBe |
| Pulfrich Refractometer |
| Pulsatile GnRH |
| Pulse amplifier |
| Pulse amplifier |
| pulse autocorrelation function |
| pulse autocorrelation function |
| pulse autocorrelation function |
| pulse autocorrelation function |
| pulse duration |
| pulse duration |
| pulse duration |
| pulse duration |
| pulse duration |
| pulse envelope |
| pulse envelope |
| pulse envelope |
| pulse envelope |
| pulse generation |
| pulse height distribution |
| pulse height resolution |
| Pulse Injection |
| pulse neutron |
| pulse picker |
| pulse pickers |
| pulse selection |
| pulse shape |
| Pulse Shaping |
| pulse shaping |
| pulse slicing |
| pulse stretcher |
| pulse stretcher |
| Pulse Stretcher |
| pulse stretcher |
| pulse stretcher |
| pulse stretcher |
| pulse train |
| pulse train |
| pulse train |
| pulse train |
| pulse train |
| pulse trains |
| pulse trains |
| pulse trains |
| pulsed |
| pulsed CO2 |
| pulsed CO2 |
| pulsed CO2-laser |
| pulsed CO2-laser |
| Pulsed Energy |
| Pulsed Energy |
| Pulsed laser beam |
| pulsed laser light |
| pulsed laser propulsion |
| pulsed laser propulsion |
| pulsed light |
| pulsed light source |
| pulsed Nd:YAG |
| pulsed Nd:YAG laser |
| pulsed Nd:YAG lasers |
| pulsed neutron generator |
| pulsed neutron generators |
| Pulsed Neutron Logs |
| pulsed OPO |
| pulsed OPO laser |
| Pulsed Spectroscopy |
| pulsed white light |
| Pulsed-laser deposition |
| pulse-shape measurement |
| pulse-to-pulse |
| pulse-to-pulse |
| pump beam |
| pump injection |
| pump intensity |
| pump laser technology |
| pump probe |
| pump probe |
| pump wavelength |
| pumping beam |
| pump-probe |
| pump-probe spectroscopy |
| pump-probe spectroscopy |
| Pure BSO |
| Pure BSO |
| pyramidal neurons |
| Pyroelectric |
| Pyroelectric |
| pyroelectric absorbers |
| pyroelectric absorbers |
| pyroelectric accelerator |
| pyroelectric accelerator |
| pyroelectric applications |
| pyroelectric applications |
| pyroelectric array |
| pyroelectric array |
| pyroelectric coefficient |
| pyroelectric coefficient |
| Pyroelectric component |
| Pyroelectric component |
| Pyroelectric components |
| Pyroelectric components |
| Pyroelectric Crystal |
| Pyroelectric Crystal |
| pyroelectric current |
| pyroelectric current |
| Pyroelectric device |
| Pyroelectric device |
| pyroelectric devices |
| pyroelectric devices |
| Pyroelectric Effect |
| Pyroelectric Effect |
| pyroelectric element |
| pyroelectric element |
| pyroelectric gas sensor |
| pyroelectric gas sensor |
| pyroelectric gas sensors |
| pyroelectric gas sensors |
| pyroelectric head |
| pyroelectric head |
| Pyroelectric Infrared |
| Pyroelectric Infrared |
| Pyroelectric Infrared components |
| Pyroelectric Infrared components |
| Pyroelectric Infrared Detector |
| Pyroelectric Infrared Detector |
| Pyroelectric Infrared Motion Detector |
| Pyroelectric Infrared Motion Detector |
| Pyroelectric Infrared sensor |
| Pyroelectric Infrared sensor |
| pyroelectric joulemeter |
| pyroelectric joulemeter |
| pyroelectric linear array |
| pyroelectric linear array |
| Pyroelectric materials |
| pyroelectric matrix |
| pyroelectric matrix |
| pyroelectric module |
| pyroelectric module |
| pyroelectric point detectors |
| pyroelectric point detectors |
| pyroelectric power |
| pyroelectric power |
| pyroelectric probe |
| pyroelectric probe |
| pyroelectric radiometer |
| pyroelectric radiometer |
| pyroelectric response |
| pyroelectric response |
| Pyroelectric sensor |
| Pyroelectric sensor |
| Pyroelectric sensors |
| Pyroelectric sensors |
| Pyroelectric supplier |
| Pyroelectric supplier |
| pyroelectric suppliers |
| pyroelectric suppliers |
| pyroelectric thin film |
| pyroelectric thin film |
| pyroelectricity |
| pyroelectricity |
| pyrolysis temperature |
| pyrolysis temperature |
| Q. Cheng |
| Q.-T. Nguyen |
| Q3DM |
| QELS |
| Q-switch |
| Q-switch |
| Q-switch |
| Q-switched |
| Q-switched |
| Q-switched |
| Q-switched |
| Q-Switched |
| Q-switches |
| Q-switching |
| Q-swithed laser |
| Q-swithed lasers |
| quadrupole ion trap |
| quadrupole mass spectrometry |
| quadrupole MS |
| Qualification of Optical Material |
| Quantametrics |
| Quantametrics |
| QUANTIX |
| Quantum |
| quantum beats |
| Quantum Chemistry |
| quantum computing |
| quantum cryptography |
| quantum dot |
| quantum dot molecule |
| quantum dots |
| quantum dots |
| Quantum Elect |
| Quantum Electronics |
| Quantum electronics group |
| quantum homodyne tomography |
| quantum internal states |
| Quantum Optics |
| quantum state |
| quantum states |
| Quantum Technology |
| quantum tomography |
| quantum yield |
| quantum yields |
| quantumtech |
| quantumtech.com |
| Quarter-wave |
| Quarter-waveplate |
| Quarter-waveplates |
| quartz reflector |
| Quenching of chlorophyll |
| Quenching of chlorophyll |
| Quenching of chlorophyll |
| R. Bingham |
| R. Bingham |
| R. Birngruber |
| R. Birngruber |
| R. Birngruber |
| R. E. Slusher |
| R. F. Haglund |
| R. F. Haglund |
| R. Huber |
| R. Jimenez |
| R. L. Bracken |
| R. Leach |
| R. Leach |
| R. Molloy |
| R. Molloy |
| R. N. Campbell |
| R. N. Campbell |
| R. Salathe |
| R. Salathe |
| R. Stoian |
| R. Stoian |
| R. Wagner |
| R. Williams |
| R. Williams |
| R. Williams |
| R. Y. Tsien |
| R. Yuste |
| R.Bocquet |
| R.M. Williams |
| R.M. Williams |
| R.M. Williams |
| Ra 226 |
| Ra226 |
| Radial Shear Interferometry |
| Radial Shear Test |
| Radiance 2100 |
| Radiance confocal |
| Radiance2100 |
| Radiation control |
| Radiation Damage |
| Radiation detection |
| radiation detector |
| radiation detectors |
| Radiation measurement |
| radiation safety |
| radiation sensor |
| radiation sensor |
| radiation sensors |
| radiation sensors |
| radiation spectroscopy |
| radiation thermometer |
| radiation thermometer |
| radiation thermometers |
| radiation thermometers |
| radiation transport |
| Radiative capture |
| radical distribution |
| Radioactive |
| Radioactive Logging |
| Radioactive sealed sources |
| radioactive source |
| radioactive sources |
| Radioactive Waste |
| radiometer |
| radiometer |
| Radiometric |
| Radiometric |
| Radiometric Detector |
| Radiometric Detector |
| Radiometric Detectors |
| Radiometric Detectors |
| radiometry |
| Rafael Yuste |
| railroad hotbox |
| railroad hotbox |
| Raman |
| Raman |
| Raman Accessories |
| Raman Accessory |
| Raman Applications |
| Raman conversion |
| Raman frequency |
| Raman imaging |
| Raman microscope |
| Raman microscope |
| Raman Microscopy |
| Raman Products |
| Raman Scattering |
| Raman scattering |
| Raman shifter |
| Raman spectroscopy |
| Raman spectroscopy |
| Raman system |
| random speckle pattern |
| random speckle pattern |
| Randy Ellingson |
| Ranging |
| Rank Prize for Opto-electronics |
| Rank Prize for Opto-electronics |
| rare-earth-doped fiber |
| rare-earth-doped optical fibers |
| rat vibrissa |
| Ratherford backscattering |
| Ratherford backscattering spectroscopy |
| Ratio imaging |
| ratio-imaging |
| ratiometric |
| ratiometric analysis |
| ratiometric measurements |
| Rayleigh |
| Rayleigh-Taylor |
| Rayleigh-Taylor |
| Raytheon |
| raytrace model |
| reaction dynamics |
| reaction kinetics |
| reaction rate coefficients |
| reactive intermediate |
| reactive intermediate |
| reactive intermediates |
| reactive intermediates |
| reactivity |
| reading light |
| reading light |
| read-out light |
| read-out light |
| real time |
| real time holography |
| real time holography |
| real time OCT |
| Real-Time Autocorrelator |
| Real-Time Autocorrelator |
| Real-Time Autocorrelator |
| Real-Time Autocorrelator |
| Real-Time Autocorrelator |
| Real-Time Autocorrelator |
| Real-time confocal |
| REAL-TIME FUNCTIONAL OCT IMAGING |
| Real-time imaging |
| real-time OCT |
| Real-time OCT imaging |
| Receptor |
| receptor aggregation |
| receptor aggregation |
| receptor aggregation |
| Receptor Signaling |
| Reciprocal Magnification |
| recombination process |
| rectangular MCP |
| reference beam |
| reflectance properties |
| reflection |
| reflection grating |
| reflection holographic grating |
| reflection holographic grating |
| Reflectron |
| reflectron mass spectrometer |
| Reflectron MS |
| reflectron time-of flight |
| Reflectron TOF |
| reflectrons |
| refraction modulation |
| refraction modulation |
| Refractive Index |
| refractive null |
| Regenerative |
| regenerative amplification |
| regenerative amplifier |
| regenerative amplifier |
| Regenerative Amplifier |
| regenerative amplifier |
| regenerative amplifier |
| regenerative amplifier |
| regenerative amplifier |
| regenerative amplifier |
| Regenerative Amplifiers |
| regulatory sequences |
| Relaxation dynamics |
| relay imaged |
| relay imaged |
| remote monitoring |
| REMPI |
| Renewable Energy |
| Rensselaer Polytechnic |
| repeated imaging |
| repetition rate |
| replica pulses |
| replica pulses |
| replica pulses |
| Replication Chromosomes |
| Research Association |
| Research Group |
| research scholarship |
| reservoir rocks |
| resistive anode |
| resonance energy transfer |
| resonance Raman |
| resonance-enhanced multiphoton ionization |
| Resonant ablation |
| resonant multiphoton ionization |
| resonant multiphoton ionization spectroscopy |
| retardation plate |
| retardation plates |
| Retinal damage |
| retinal disease |
| retinopathy |
| Retroreflector Prisms |
| Rev. Sci. Instr. |
| Rev. Sci. Instr. |
| Rev. Sci. Instrum. |
| reverse isolation |
| RF excited |
| RF excited |
| Richard A. Yost |
| Richard Ell |
| Richard F. Haglund |
| Richard F. Haglund |
| Richard Yost |
| Rick Trebino |
| Rick Trebino |
| right-angle prism |
| right-angle prism |
| right-angle prisms |
| Riluzole |
| Rinat Esenaliev |
| Rinat O. Esenaliev |
| ring OPO |
| rise time |
| Risø National |
| Risø National |
| Ritchey-Common Test |
| RM Jordan |
| RM Jordan Company |
| RMS Wavefront Aberration |
| Robert A. Kruger |
| Robert Alfano |
| Robert R. Alfano |
| Roland Hergenröder |
| Roland Smith |
| Roland Smith |
| Ron M. Kurtz |
| Ron M. Kurtz |
| Ronchi Test |
| ross null test |
| rotation structure |
| rotationally resolved spectra |
| rotationally symmetric prism |
| Ruby laser |
| ruby laser |
| Russian Academy of Sciences |
| Rutherford Appleton |
| Rutherford-Appleton |
| Rutherford-Appleton Laboratory |
| Rutile Titanium Dioxide |
| RWTH-Aachen |
| S. A. Boppart |
| S. A. Boppart |
| S. A. Boppart |
| S. A. Clarke |
| S. A. Clarke |
| S. A. Uryupin |
| S. A. Uryupin |
| S. Amoruso |
| S. Amoruso |
| S. Bourquin |
| S. Cho |
| S. Cho |
| S. Dewald |
| S. Farley |
| S. Hess |
| S. I. Anisimov |
| S. I. Anisimov |
| S. McGrane |
| S. McGrane |
| S. Miyazaki |
| S. Miyazaki |
| S. Pasquiers |
| S. Pasquiers |
| S. R. Adams |
| S. T. Cundiff |
| S. Uchida |
| S. Uchida |
| S. Winkler |
| S. Winkler |
| S.Egorov |
| S.I. Vavilov |
| S.I. Vavilov |
| S.P. Le Blanc |
| S.P. Le Blanc |
| S.T. Kajdasz |
| S.-W. Chu |
| Saft America |
| Sagnac interferometer |
| Sagnac interferometer |
| Sagnac interferometer |
| Sagnac interferometer |
| Sagnac interferometer |
| Sails Pavilion |
| Sanderson MJ |
| Sandia Lab |
| Sandia National Labs |
| Sandra J. Rosenthal |
| sandwich hologram |
| sandwich hologram |
| Sapphire |
| saturable absorber |
| saturable absorbers |
| SBL |
| SBS compressed laser |
| SBS compressed lasers |
| SBS laser |
| SBS lasers |
| Scanning |
| Scanning 2000 |
| scanning autocorrelator |
| scanning autocorrelator |
| scanning autocorrelator |
| scanning autocorrelator |
| scanning autocorrelator |
| scanning autocorrelator |
| scanning microscope |
| scanning microscope |
| scanning microscopy |
| scanning tunneling |
| scattered neutron |
| scattered neutrons |
| Scattering |
| scattering differences |
| scattering media |
| scattering regime |
| Scatterplate Interferometer |
| scientific research |
| Scientific Research Center |
| Scientific Research Center |
| Scientific-Industrial |
| Scientific-Industrial |
| Sciex |
| Sci-Mix |
| scintillation characteristics |
| scintillation characteristics |
| Scintillation Counter |
| Scintillation Counters |
| scintillation detector |
| scintillation of BSO crystal |
| Scitec |
| Scitec |
| Scitec Instruments |
| Scitec Instruments |
| Scott A. Diddams |
| sealed logging sources |
| sealed source |
| Sealed Sources |
| SEALITE |
| Sean Garrett-Roe |
| Second harmonic |
| second harmonic generation |
| Second Harmonic Generation |
| Second harmonic generation microscopy |
| Second harmonic microscopy |
| Second order |
| Second order nonlinearities |
| Second order nonlinearity |
| secondary electron emission |
| secondary electron multiplier |
| secondary electrons |
| Secondary ion |
| secondary ion MS |
| Second-harmonic generation |
| secretion |
| secretion of serotonin |
| secretion of serotonin |
| secretory cells |
| secretory glands |
| seed laser |
| see-in-the-dark |
| Segal M |
| Seidel Aberrations |
| Selcuk Akturk |
| Selectin |
| selective ionization |
| self-assembling monolayer |
| self-assembling monolayers |
| self-diffraction |
| self-diffraction |
| self-frequency-doubling |
| self-guiding |
| self-modelocking |
| Self-quenching |
| self-reconstructing |
| self-seeding |
| self-starting |
| Self-starting femtosecond |
| semiconducting material |
| semiconducting materials |
| semiconductor characterization |
| Semiconductor Inspection |
| semiconductor nanoparticle |
| semiconductor quantum dots |
| semiconductor TiO2 |
| Senior Consultant |
| sensarray |
| sensarray |
| sensarray infrared |
| sensarray infrared |
| sensitive detection |
| sensitive remote analysis |
| sensorik |
| sensorik |
| sensorimotor |
| sensorimotor loop |
| sensory area |
| sensory areas |
| sensory cortex |
| Sequencing Individual DNA Molecules |
| Sergei I. Anisimov |
| Sergey Egorov |
| Sergey Naumov |
| Serotonin |
| serotonin distribution |
| serotonin distribution |
| serotonin distribution |
| SESAM |
| SESAM-modelocked |
| SFG experiment |
| SFG manufacturer |
| Shack Cube Interferometer |
| Shack-Hartmann Test |
| Shanghai Institute of Optics |
| Shanghai Institute of Optics |
| shear interference fringes |
| sheath characteristics |
| SHG |
| SHG |
| SHG-FROG |
| shock generation |
| shock generation |
| Shock waves |
| short laser pulse |
| short laser pulse |
| short laser pulse |
| short laser pulse |
| short laser pulses |
| short laser pulses |
| short laser pulses |
| short pulse |
| short pulses |
| short pulses |
| short pulses |
| short pulses |
| short pulses |
| short pulses |
| Short-Pulse |
| Short-Pulse |
| short-range air defense |
| short-range artillery |
| ShRNA |
| Si |
| Sign Conventions |
| signal and idler |
| signal pathway |
| signal pathways |
| signal processing |
| signal transduction |
| signal transduction pathway |
| signal transduction pathways |
| signal wave |
| signaling mechanism |
| signaling pathways |
| Silicon Plasma |
| Silicon window |
| Sillenite |
| Sillenite crystal |
| Sillenite crystals |
| Sillenite crystals |
| Silver Gallium Selenite |
| Silver Gallium Sulfide |
| silver plume |
| SIMS |
| single anode |
| Single beam |
| Single beam |
| single beam line |
| single cell |
| single electron |
| single grating stretcher |
| single grating stretcher |
| single ion |
| single living cell |
| single molecule detection |
| single molecule level |
| single molecule level |
| single molecule level |
| single molecule sensitivity |
| single molecule sensitivity |
| single particle |
| single particle mass spectrometer |
| single photon |
| single photon counting |
| single rotational levels |
| single shot mode |
| single shot mode |
| single shot mode |
| single shot mode |
| single shot mode |
| single shot mode |
| single-mode fiber |
| single-photon |
| single-photon fluorescence |
| Single-Shot Autocorrelator |
| Single-Shot Autocorrelator |
| Single-Shot Autocorrelator |
| Single-Shot Autocorrelator |
| Single-Shot Autocorrelator |
| Single-Shot Autocorrelator |
| singlet oxygen |
| Sir J. J. Thomson |
| size-selected clusters |
| skin imaging |
| skin measurements |
| SLBD |
| slow ions |
| small accelerator |
| small molecules |
| small organic molecules |
| small pore microchannel plates |
| Smartt Point Diffraction Interferometer |
| Sneyd J |
| Society of Petroleum Engineers |
| soft ionization |
| soft ionization technique |
| soft x-ray |
| soft x-ray |
| soft x-ray photons |
| soft X-ray spectroscopy |
| Sokolowski-Tinten |
| Sokolowski-Tinten |
| Solar blind |
| solar cell |
| solar cells |
| solar concentrators |
| solar fuel |
| solar fuels |
| solar spectrum |
| solid state laser |
| solid state lasers |
| Solid State Raman Shifter |
| solid target |
| solid target |
| solid targets |
| solid-state |
| solid-state |
| Solid-State Converter |
| Solid-State Converters |
| solid-state femtosecond |
| solid-state heat-capacity laser |
| solid-state laser |
| solid-state lasers |
| Solid-State Nonlinear |
| Solid-State Nonlinear Converters |
| Solid-state technology |
| solvation |
| solvation |
| solvent dynamics |
| Somatosensory |
| Sommargren Diffraction Interferometer |
| Sommargren Profiler |
| Source Disposal |
| Southampton Photonics |
| space charge effect |
| space debris deorbiting |
| Space-Based Laser |
| space-charge grating |
| space-charge waves |
| space-charge waves |
| SpaceDaily |
| Spacewar |
| spallation |
| spallation neutron |
| spallation neutron source |
| spallation source |
| spark-source MS |
| spatial beam profile |
| Spatial Light Modulator |
| spatial light modulator |
| spatial light modulator |
| spatial mode |
| spatial phase control |
| spatial phase control |
| spatial phase control |
| speckle |
| speckle |
| speckle patterns |
| speckle patterns |
| speckle photograph |
| speckle photograph |
| Speckle Photography |
| Speckle Photography |
| Spectra Physycs |
| spectral analysis |
| spectral bleed-through |
| Spectral Blueshifting |
| Spectral Blueshifting |
| spectral broadening |
| spectral depth |
| spectral domain |
| spectral domain |
| spectral domain |
| spectral filters |
| spectral lines |
| spectral microscopy |
| Spectral Phase Interferometry |
| Spectral Phase Interferometry |
| Spectral Phase Interferometry |
| Spectral Phase Interferometry |
| Spectral Phase Interferometry |
| spectral range |
| spectral shear interference |
| spectral shear interference |
| spectral shear interference |
| spectral shear interferometry |
| spectral shear interferometry |
| spectral shear interferometry |
| spectral shear interferometry |
| spectral void |
| SpectraPhysics |
| Spectra-Physics Hurricane |
| Spectra-Physics Hurricane |
| Spectra-Physics Hurricane |
| Spectra-Physics Hurricane |
| Spectra-Physics Hurricane |
| Spectra-Physics Tsunami |
| Spectra-Physics Tsunami |
| Spectra-Physics Tsunami |
| Spectra-Physics Tsunami |
| spectroscopic |
| spectroscopic characterization |
| spectroscopic imaging |
| spectroscopic OCT |
| spectroscopic technique |
| spectroscopic techniques |
| Spectroscopy microwave |
| speed-of-light |
| Spherical Aberration |
| spherical surface |
| Spherical Surfaces |
| Spherical Wave Interferometer |
| Spherical Wavefront |
| SPIDER |
| SPIDER |
| SPIDER |
| SPIDER |
| SPIDER |
| SPIDER |
| SPIE |
| SPIE annual |
| SPIE conference |
| SPIE Conference |
| SPIE Conference |
| SPIE Conference |
| SPIE Conference on Biomedical Optics |
| SPIE member |
| SPIE Photonics |
| SPIE Photonics West |
| SPIE Proceeding |
| SPIE Scholarship |
| spike activity |
| Spitfire |
| Splitter |
| Splitters |
| spontaneous emission |
| spontaneous Raman |
| Spread Function Measurement |
| Square Mini-cavity |
| Square Ring Mini-cavity |
| SSHCL |
| stacked MCP |
| stacked MCPs |
| standard laser lines |
| standoff detection |
| Stanford University |
| Stanford University |
| Stanford University |
| Star Test |
| State Optical Institute |
| State Optical Institute |
| State-to-state energy transfer |
| steep gradient |
| Steering mirror |
| Steering mirrors |
| stellar interior |
| stellar interiors |
| stem cells |
| stent placement |
| Stephen Wecksler |
| steric interactions |
| Stern-Volmer analysis |
| Stern-Volmer analysis |
| Stern-Volmer analysis |
| Steven L. Jacques |
| Steven Shipman |
| stimulus frequency |
| Stokes |
| Stokes wavelength |
| storage of serotonin |
| storage of serotonin |
| straight transfer function |
| Strategic Directions International |
| Strategic Illuminator Laser |
| Strategies Unlimited |
| streak camera |
| Strehl Ratio |
| stretched pulse |
| stretched pulse |
| stretched pulse |
| stretched pulse |
| stretched pulse |
| stretched pulse |
| stretcher |
| stretcher |
| stretcher device |
| stretcher device |
| stretcher device |
| stretcher device |
| stretcher device |
| strip and wedge anode |
| Structural Dynamics |
| Structural Dynamics |
| Structural Dynamics |
| structure-function |
| structure-function relations |
| sub-100fs pulse |
| subatmospheric |
| subatomic particle |
| Sub-cellular |
| submillimeter |
| Sub-Nyquist Interferometry |
| subpicosecond |
| subpicosecond |
| Sub-picosecond |
| subsurface biological tissue |
| sum-frequency |
| sum-frequency beam |
| sum-frequency beam |
| sum-frequency beam |
| sum-frequency generation |
| supercontinuum |
| supercontinuum-generating |
| supercontinuum-generating fiber |
| Super-Lab |
| superluminescent diode |
| superluminescent diodes |
| supernotch |
| super-notch |
| supernotch filter |
| super-notch filter |
| supernotch filters |
| super-notch filters |
| super-short |
| surface absorbed species |
| Surface analysis |
| surface analysis |
| Surface Chemistry |
| Surface microstructuring |
| Surface microstructuring |
| surface phase transition |
| surface phase transitions |
| surface physics |
| Surface Relief |
| surface relief holograms |
| Surface Relief Structures |
| Surface Roughness |
| Surface spectroscopy |
| surface wave spectroscopy |
| Surgical guidance |
| symmetry properties |
| synaptic |
| synaptic input |
| synaptic inputs |
| Synaptic plasticity |
| Synaptically |
| synchrotron beam |
| synchrotron machining |
| Synchrotron radiation |
| synchrotron radiation |
| SYNOPTICS |
| synovial fibroblasts |
| T. A. Birks |
| T. Abe |
| T. Abe |
| T. Auguste |
| T. Auguste |
| T. Baumgart |
| T. Baumgart |
| T. C. Sum |
| T. Clausnitzer |
| T. Colomb |
| T. Colomb |
| T. D. Parsons |
| T. E. Itina |
| T. E. Itina |
| T. Guo |
| T. Guo |
| T. H. Ko |
| T. Jiang |
| T. M. Fortier |
| T. N. Kim |
| T. Nagata |
| T. Nagata |
| T. Ohkubo |
| T. Ohkubo |
| T. Oku |
| T. Oku |
| T. R. Knowles |
| T. R. Knowles |
| T. R. Lucas |
| T. R. Lucas |
| T. R. Lucas |
| T. S. Adams |
| T. S. Adams |
| T. Schreiber |
| T. Suganuma |
| T. Suganuma |
| T. Tajima |
| T. Tajima |
| T. Tajima |
| T. Yabe |
| T. Yabe |
| T.-M. Liu |
| Tactical High-Energy |
| Tactical High-Energy Laser |
| tactical laser |
| Takashi Yabe |
| Takashi Yabe |
| Tandem MS |
| tapered fibers |
| tapered optical fibers |
| target nuclei |
| target validation |
| targeted disruption |
| targeted lesions |
| telecommunications |
| Tellurium Dioxide |
| TEM00 |
| TEM00 beam |
| temperature controlled oven |
| temperature evolution |
| temperature-dependent birefringence |
| temporal contrast |
| temporal contrast |
| temporal contrast |
| temporal domain |
| temporal domain |
| temporal domain |
| temporal filter |
| temporal filter |
| temporal filter |
| temporal filtering |
| temporal filtering |
| temporal filtering |
| temporal filtering |
| Temporal Intensity |
| temporal patterns |
| temporal phase |
| temporal phase |
| temporal phase |
| temporal phase |
| temporal phase |
| temporal phase |
| temporal phase control |
| temporal phase control |
| temporal phase control |
| temporal range |
| Temporal resolution |
| temporal structure |
| temporal structure |
| temporal structure |
| TeO2 |
| Terahertz generation |
| Terahertz generation |
| Terahertz generation |
| terahertz pulse |
| terahertz pulse |
| terahertz pulse |
| terahertz pulses |
| terahertz radiation |
| terahertz radiation |
| teramobile |
| teramobile |
| terawatt |
| Terawatt amplifier |
| Terawatt amplifier |
| Terawatt class |
| terawatt femtosecond |
| Terawatt laser |
| Terawatt Laser Physics |
| terawatt-laser |
| terawatt-laser |
| Terminal differentiation |
| terrawatt laser-plasma |
| test asphere |
| test aspheres |
| test beam |
| test optic |
| test optics |
| testing mirrors |
| Testing of aspherical surfaces |
| Testing of Curved Surfaces |
| Testing of Lenses |
| testing windows |
| Texas Red |
| Textron Systems |
| Textron Systems |
| TGS |
| TGS |
| Thallium Halogenide |
| The New Era of Ultrafast Manufacturing |
| THEL |
| therapeutic intervention |
| Thermal BNCT |
| Thermal Gun |
| Thermal Imaging |
| thermal ion |
| thermal ions |
| thermal neutron |
| thermal neutrons |
| thermalization |
| thermalized neutron |
| thermalized neutrons |
| thermionic emission |
| thermodynamic equilibrium |
| thermodynamic measurements |
| thermodynamic temperature |
| THG |
| THG |
| THG microscopy |
| Thick Lenses |
| thin BBO crystals |
| Thin Film and Crystal Growth |
| thin film optical waveguides |
| thin film optical waveguides |
| thin film optics |
| thin films |
| thin-film lasing |
| thin-foil target |
| thin-foil target |
| third harmonic |
| third harmonic |
| third harmonic |
| third harmonic |
| third harmonic generation |
| Third order autocorrelation |
| third order nonlinearity |
| third-harmonic |
| third-harmonic generation |
| Third-Order Aberrations |
| third-order cross-correlation |
| third-order cross-correlation |
| third-order cross-correlation |
| third-order cross-correlation |
| Thomson mass spectrometer |
| Thomson Parabola |
| Thomson parabola or |
| THOMSON PARABOLA SPECTROGRAPH |
| three- photon excitation |
| three- photon excitation |
| three- photon excitation |
| three-dimensional images |
| three-dimensional resolution |
| three-dimensional resolution |
| three-photon |
| three-photon microscopy |
| three-photon microscopy |
| three-photon microscopy |
| three-stage MCP |
| THz generation |
| Ti:Al2O3 laser |
| Ti:Sa |
| Ti:Sa |
| Ti:Sa laser |
| Ti:Sa laser |
| Ti:Sapph |
| Ti:Sapphire |
| Ti:Sapphire |
| Ti:Sapphire |
| Ti:Sapphire |
| Ti:sapphire |
| Ti:sapphire |
| Ti:Sapphire |
| Ti:Sapphire |
| Ti:Sapphire |
| Ti:Sapphire |
| Ti:Sapphire amplifier |
| Ti:Sapphire amplifier |
| Ti:sapphire and Cr:Forsterite |
| Ti:Sapphire laser |
| Ti:Sapphire laser |
| Ti:Sapphire laser |
| Ti:Sapphire laser |
| Ti:Sapphire laser |
| Ti:Sapphire laser |
| Ti:Sapphire laser |
| Ti:sapphire lasers |
| Ti:sapphire lasers |
| Ti:sapphire lasers |
| Ti:sapphire lasers |
| Ti:sapphire lasers |
| Ti:sapphire lasers |
| Ti:sapphire lasers |
| Ti:sapphire oscillator |
| Ti:sapphire oscillator |
| Ti:sapphire oscillator |
| Ti:sapphire oscillator |
| Ti:Sapphire Oscillator |
| Ti:sapphire oscillator |
| Ti:sapphire Regenerative Amplifier |
| Ti3+:sapphire |
| Ti3+:sapphire |
| Tibor Juhasz |
| Tibor Juhasz |
| Tibor Juhasz |
| tightly focused |
| tightly focused |
| Time correlated |
| time domain |
| Time of Flight |
| Time of Flight Mass Spectrometry |
| Time resolved |
| Time resolved |
| time resolved |
| time resolved |
| time-dependent |
| time-domain |
| time-domain processing |
| time-lag focusing |
| time-of-flight |
| Time-Of-Flight Detection |
| time-of-flight detector |
| Time-Of-Flight Detectors |
| time-of-flight energy analyzer |
| Time-of-flight mass spectrometer |
| Time-of-Flight mass spectrometry |
| time-of-flight molecular beam |
| Time-of-flight tube |
| time-resolved |
| Time-Resolved |
| time-resolved |
| Time-Resolved Detection |
| Time-resolved fs |
| Time-resolved fs |
| Time-Resolved Laser |
| Time-Resolved Laser Spectroscopy |
| Time-Resolved Photoemission |
| Time-resolved Raman |
| Time-Resolved Spectroscopy |
| time-resolved spectroscopy |
| time-resolved x-ray |
| timing jitter |
| Tina Clausnitzer |
| TiO2 |
| Tisapphire |
| Ti-Sapphire Laser |
| tissue abaltion |
| tissue ablation |
| tissue cutting |
| tissue diagnostics |
| tissue image |
| tissue imaging |
| tissue imaging |
| Titanium Dioxide |
| Titanium:Sapphire |
| titanium-doped sapphire |
| titanium-doped sapphire |
| titanium-doped sapphire |
| titanium-doped sapphire |
| titanium-doped sapphire |
| titanium-sapphire |
| Tm:YSGG |
| tn.utwente.nl |
| TNF-a |
| TOF analyzer |
| TOF detection |
| TOF detector |
| TOF detectors |
| TOF mass selector |
| TOF mass spectrometers |
| TOF MS |
| TOF spectrometric detection |
| TOF-MS |
| Tohoku University |
| Tokai Univ |
| Tokai Univ |
| Tokyo Institute of Technology |
| tomography |
| total-internal-reflection |
| TPA cross-section |
| TPA photocurrent |
| TPA photocurrent |
| TPA photocurrent |
| TPA photocurrent |
| TPIP |
| TR-2PPE |
| trace analysis |
| transcription factor |
| transcription factor NF-kB |
| Transcription Sites |
| Transdermal |
| transduction pathway |
| transduction pathways |
| transient absorption |
| transient absorption |
| Transient absorption |
| transient absorption |
| transient emission |
| transient intermediate |
| transient kinetic |
| Transient luminescence |
| transient molecules |
| transient species |
| transient spectra |
| Transient spectroscopy |
| transient white light absorption spectroscopy |
| Transition Metal |
| transmembrane signal |
| transmembrane signal |
| transmembrane signals |
| transmembrane signals |
| Transmission Gratings |
| transmission sphere |
| transparent solid |
| Transuranic |
| Transuranic Radioactive Waste |
| Transuranic Waste |
| Transverse Aberration |
| trapping sites |
| Trex Enterprises |
| TRINITI |
| triniti.ru |
| trioctylphosphine oxide |
| triple autocorrelation |
| triple labeling |
| triple MCP |
| Triple-optical |
| Tritium |
| Tritium-Tritium |
| Troitsk Institute |
| Troitsk Institute |
| Trophic factor |
| Tsai PS |
| Tsunami Oscillator |
| Tsunami Oscillator |
| Tsunami Oscillator |
| Tsunami Oscillator |
| Tsunami Spectra |
| tumor cells |
| tumor cells |
| tumor necrosis |
| tunable |
| tunable AO filter |
| tunable coherent radiation |
| tunable dye laser |
| tunable filter |
| Tunable Laser |
| tunable laser |
| Tunable Lasers |
| Tunable OPO |
| tunable optical filter |
| tunable radiation |
| tunable wavelength |
| tuneable OPO laser |
| tuning curve |
| Tuning range |
| tuning range |
| Tunnerman |
| TW-fs |
| TW-fs |
| TW-fs-laser |
| TW-fs-laser |
| twist expression |
| Two Beam Interference |
| two femtosecond lasers |
| two photon absorption |
| two photon absorption |
| two photon absorption |
| two photon absorption |
| Two prisms |
| two wavelengths |
| Two-beam coupling |
| Two-beam coupling |
| two-hybrid |
| two-photon |
| two-photon |
| two-photon absorbing dye |
| two-photon absorption coefficients |
| two-photon absorption cross sections |
| two-photon absorption cross sections |
| two-photon excitation |
| two-photon excitation |
| two-photon excitation |
| Two-photon fluorescence |
| two-photon FRET |
| two-photon ionization |
| two-photon laser microscopy |
| two-photon laser microscopy |
| two-photon laser scanning microscopy |
| two-photon laser scanning microscopy |
| two-photon laser scanning microscopy |
| two-photon microscopy |
| two-photon microscopy |
| two-photon scanning |
| two-photon scanning microscopy |
| two-photon scanning microscopy |
| two-photon scanning microscopy |
| two-stage MCP |
| two-wave coupling |
| two-wave coupling |
| two-wave interaction |
| two-wave interaction |
| two-wave mixing |
| two-wave mixing |
| two-wave mixing configuration |
| Two-Wavelength Holography |
| Two-Wavelength Interferometry |
| Twyman-Green Interferometer |
| TXRF |
| TXRF spectrometer |
| Tyndale RF |
| type I BBO |
| type I BBO crystal |
| type I BBO crystal |
| type I BBO crystal |
| type I BBO crystal |
| type I BBO crystal |
| type I BBO crystal |
| Type I BBO Crystals |
| type-I OPO |
| type-II OPO |
| Tyrosine Kinase |
| U. Morgner |
| U. Puetz |
| ubmicrometer-sized |
| UCSD |
| UCSD |
| UCSD |
| UF amplifier |
| UF amplifier |
| UF amplifiers |
| UF amplifiers |
| UHV environment |
| ultra fast |
| ultra-cold atom |
| ultra-cold atoms |
| ultra-compact femtosecond |
| ultrafast |
| ultrafast |
| ultrafast |
| ultrafast |
| ultrafast |
| Ultrafast |
| ultrafast |
| ultrafast |
| ultrafast |
| ultrafast |
| ultra-fast |
| ultrafast ablation |
| Ultrafast Amplifier System |
| Ultrafast center |
| Ultrafast center |
| Ultrafast Chirped |
| Ultrafast Chirped Pulse |
| Ultrafast Chirped Pulse |
| Ultrafast coherent |
| ultrafast coherent |
| Ultrafast coherent |
| ultrafast confocal |
| ultrafast cutting |
| ultrafast devices |
| ultrafast drilling |
| ultrafast dynamics |
| ultrafast dynamics |
| Ultrafast dynamics |
| ultrafast femtosecond |
| ultrafast fiber laser |
| Ultrafast imaging |
| Ultrafast imaging |
| Ultrafast imaging |
| Ultrafast Ionization |
| Ultrafast Ionization |
| ultrafast kinetics |
| ultrafast laboratory |
| ultrafast labs |
| ultrafast laser |
| ultrafast laser |
| ultrafast laser |
| ultrafast laser |
| ultrafast laser |
| ultrafast laser |
| Ultrafast Laser |
| ultrafast laser |
| ultrafast laser |
| ultrafast laser ablation |
| ultrafast laser ablation |
| ultrafast laser accessories |
| ultrafast laser accessories |
| ultrafast laser surgery |
| Ultrafast laser systems |
| Ultrafast lasers |
| Ultrafast lasers |
| ultrafast manufacturing |
| ultrafast microstructure |
| Ultrafast Multiphoton |
| Ultrafast Optical Science |
| Ultrafast Optical Science |
| Ultrafast Optics |
| Ultrafast Optics |
| Ultrafast Optics |
| Ultrafast Optics |
| Ultrafast Optics |
| Ultrafast Optics |
| ultrafast optoelectronics |
| Ultrafast optoelectronics |
| Ultrafast Phase Transition |
| Ultrafast Phase Transition |
| Ultrafast Phenomena |
| ultrafast photography |
| Ultrafast Physics |
| Ultrafast Physics Laboratory |
| Ultrafast quantum optics |
| ultrafast resume |
| Ultrafast Science |
| Ultrafast Science |
| Ultrafast Science |
| ultrafast sciences |
| ultrafast shutter |
| ultrafast shutters |
| ultrafast source |
| ultrafast source |
| ultrafast sources |
| ultrafast spatial |
| Ultrafast spectroscopy |
| Ultrafast spectroscopy |
| Ultrafast spectroscopy |
| Ultrafast spectroscopy |
| Ultrafast spectroscopy |
| Ultrafast spectroscopy |
| ultrafast technology |
| Ultrafast technology |
| Ultrafast Ti:Sapphire |
| Ultrafast Ti:Sapphire |
| Ultrafast Ti:Sapphire |
| Ultrafast Ti:Sapphire |
| Ultra-fast Ti:Sapphire Laser Optics Kits |
| Ultrafast Transient |
| ultrafast trimming |
| Ultrafast X-ray |
| Ultrafast X-ray generation |
| Ultrafast X-ray generation |
| ultra-high intensity |
| Ultrahigh resolution |
| ultra-high-vacuum |
| Ultra-intense |
| ultra-intense laser |
| ultra-intense laser |
| ultra-intense laser |
| ultra-intense laser |
| ultra-intense light |
| ultrashort |
| ultrashort exposure |
| ultrashort laser |
| ultrashort laser |
| ultrashort laser |
| ultra-short laser |
| ultra-short laser |
| ultra-short laser |
| ultra-short laser |
| ultrashort laser exposure |
| ultrashort laser pulses |
| ultrashort optical |
| ultrashort optical |
| ultrashort optical |
| ultrashort optical |
| Ultrashort optical pulses |
| Ultrashort optical pulses |
| Ultrashort optical pulses |
| Ultrashort optical pulses |
| ultrashort pulse |
| Ultrashort Pulse |
| ultra-short pulse |
| ultrashort pulse source |
| ultrashort pulse sources |
| ultrashort pulsed |
| ultrashort pulsed |
| ultrashort pulses |
| ultrashort pulses |
| ultrashort pulses |
| ultrashort pulses |
| Ultrashort Pulses |
| ultrashort pulses |
| ultrashort pulses |
| Ultrashort Pulses |
| Ultrashortpulse |
| Ultrashortpulse |
| Ultrashortpulse |
| Ultrashortpulse |
| Ultrashortpulse |
| Ultrashort-Pulse |
| Ultrashort-Pulse |
| Ultrashort-Pulse |
| ultrashot pulse |
| ultrashot pulse |
| ultrashot pulse |
| ultrasonic-imaging |
| ultrasound imaging |
| Ultra-Thin BBO |
| Ultraview |
| ultraviolet |
| Ultraviolet femtosecond |
| ultraviolet fused silica |
| ultraviolet laser |
| ultraviolet lasers |
| ultraviolet LiF |
| ultraviolet light |
| Ultraviolet Lithium Fluoride |
| ultraviolet optics |
| ultraviolet optics |
| Ultraviolet output |
| ultraviolet prism |
| uncooled IR |
| uncooled IR |
| underdense plasma |
| underdense plasma |
| undoped crystal |
| undoped crystal |
| uni-heidelberg.de |
| Univ. College London |
| Univ. College London |
| Univ. Duisburg-Essen |
| Univ. Duisburg-Essen |
| Univ. Goettingen |
| Univ. Goettingen |
| Univ. of California San Diego |
| Univ. of California San Diego |
| Univ. of Illinois Urbana-Champaign |
| Univ. of Illinois Urbana-Champaign |
| Univ. of New Mexico |
| Univ. of Science and Technology of China |
| Univ. of Science and Technology of China |
| Univ. Paris-Sud |
| Univ. Paris-Sud |
| University of Michigan |
| University of Michigan |
| University of Oxford |
| University of Oxford |
| University of Rochester |
| University of Rochester |
| University of Tokyo |
| University of Toronto |
| University of Toronto |
| University of Wisconsin |
| unstable plaques imaging |
| up-conversion |
| up-conversion |
| up-conversion |
| up-conversion |
| up-conversion |
| up-conversion |
| up-conversion |
| Up-Down Counters |
| upright microscope |
| upright microscope |
| upright microscope |
| upright microscopes |
| upright microscopes |
| upright microscopes |
| USAF Academy |
| UV absorbing fluorophore |
| UV band |
| UV band emission |
| UV Detection |
| UV Detection Efficiency |
| UV fluorophore |
| UV fluorophore |
| UV fluorophores |
| UV fluorophores |
| UV fluorophores |
| UV grade |
| UV grade |
| UV grade fused silica |
| UV grade fused silica |
| UV grade fused silica |
| UV grade fused silica optics |
| UV laser |
| UV laser |
| UV laser |
| UV laser processing |
| UV laser processing |
| UV LiF |
| UV Lithium Fluoride |
| UV output |
| UV photons |
| UV prism |
| UV prisms |
| UV radiation |
| UV viewer |
| UV-curing epoxy |
| UV-output |
| Uwe Bovensiepen |
| Uwe Morgner |
| UWM Milwaukee |
| V. A. Isakov |
| V. A. Isakov |
| V. Apollonov |
| V. Apollonov |
| V. Apostolopoulos |
| V. Apostolopoulos |
| V. D. Zvorykin |
| V. F. Tarasenko |
| V. F. Tarasenko |
| V. F. Tishkin |
| V. F. Tishkin |
| V. Garcés-Chávez |
| V. H. Hasson |
| V. I. Tcheremiskine |
| V. Kislov |
| V. Kislov |
| V. M. Orlovskii |
| V. Puech |
| V. Puech |
| V. Scheuer |
| V. V. Temnov |
| V. V. Temnov |
| V. Y. Venediktov |
| V.Apollonov |
| V.G. Dmitriev |
| V.G. Dmitriev |
| V.G. Dmitriev |
| V.V. Apollonov |
| V.V.Korotkova |
| Vacuum Compressor |
| Vacuum Compressor |
| Vacuum ultraviolet |
| Vacuum UV |
| vacuum UV spectroscopy |
| Valery Andreev |
| van der Waals complex |
| van der Waals complexes |
| vanadium dioxide |
| Vanderbilt Univ |
| Vanderbilt Univ |
| Vanja Margetic |
| vapor plume |
| vapor plume |
| vascular images |
| vascular occlusion |
| vasodilatation |
| Veiling Glare |
| Venture Business |
| very high-power |
| very high-power laser |
| vessel blockage |
| VHF plasma |
| vibration structure |
| Vibrational Imaging |
| Vibrissa |
| Vibronic |
| vibronic laser |
| video imaging |
| visible fluorophore |
| visible fluorophore |
| visible fluorophores |
| visible light |
| visual cortex |
| visual processing |
| Visual stimuli |
| visual stimuli |
| Visualization |
| vitelline membrane |
| Vladimir V. Ivanov |
| VLADISLAV SHCHESLAVSKIY |
| Vladislav Yakovlev |
| Vodopyanov |
| volatile precursor |
| Volkhard May |
| voltage sensitive dyes |
| Voltage-sensitive |
| volume discharge |
| volume discharge |
| volume holograms |
| von der Linde |
| VUV Detection |
| VUV Detection Efficiency |
| W. B. Kristan |
| W. Denk |
| W. J. Wadsworth |
| W. Kautek |
| W. Kautek |
| W. L. Bohn |
| W. L. Bohn |
| W. Leemans |
| W. Leemans |
| W. Leemans |
| W. P. Leemans |
| W. P. Leemans |
| W. Rudolph |
| W. Rudolph |
| W. Sibbett |
| W. W. Webb |
| W. W. Webb |
| W. W. Webb |
| W. Zipfel |
| W. Zipfel |
| W. Zipfel |
| W.B. Mori |
| W.B. Mori |
| W.B. Mori |
| W.M. Wood |
| W.Ruderman |
| Wakefield |
| Wakefield |
| Wakefield |
| wake-field |
| wake-field |
| wake-field acceleration |
| wake-field acceleration |
| Wakefield Excitation |
| Wakefield Excitation |
| Wakefield Generation |
| Wakefield Generation |
| Wakefield Generation |
| Warren R. Zipfel |
| Warren R. Zipfel |
| Washington State Univ |
| waste radioactive |
| Watt W. Webb |
| Watt W. Webb |
| Watt W. Webb |
| Watt Webb |
| Waveform |
| waveform measurements |
| wavefront correction |
| wavefront correction |
| wavefront correction |
| wavefront correction |
| wavefront distortion |
| waveguide amplifier |
| waveguide fabrication |
| waveguide fabrication |
| waveguide-monochromator |
| waveguide-resonator |
| wavelength division multiplexers/demultiplexers |
| wavelength shift |
| Wavelength tuning |
| waveplate |
| waveplate |
| waveplates |
| waveplates |
| Wayne H. Knox |
| weakly bound complexes |
| Webb |
| wedge prism |
| wedge prisms |
| Wei Qian |
| Weizmann Institute |
| well logging |
| well logging course |
| well-lit environment |
| well-log |
| well-log data |
| Wenyu Huang |
| Whispering-gallery-mode |
| white light |
| white light source |
| White Sands Missile Range |
| wide band gap semiconductor |
| wide band limit |
| wide tuning range |
| wideband optoacoustic |
| wide-band optoacoustic |
| Wien's displacement law |
| Wiley-McLaren |
| William C. Wiley |
| William E. Stephens |
| William M. Dennis |
| Willy L. Bohn |
| Willy L. Bohn |
| windows |
| Wipe Tests |
| wireline logging |
| within living tissues |
| Wolfgang Paul |
| Wollaston |
| wollaston |
| Wollaston Prism |
| wollaston prisms |
| Wroclaw Univ. of Technology |
| Wroclaw Univ. of Technology |
| x rays |
| X. Chen |
| X. Hu |
| X. Hu |
| Xe plasma |
| Xe plasma |
| XeCl laser |
| XeCl laser |
| XeCl laser |
| XeCl laser beam |
| xenon ions |
| xenon ions |
| XFROG |
| Xiaobo Chen |
| Xiaofeng Qiu |
| Xiaohui Fang |
| X-ray |
| X-ray |
| X-ray beam |
| X-ray beams |
| x-ray CCD |
| X-ray compression |
| X-ray detection |
| X-Ray Detection |
| X-Ray Detection Efficiency |
| x-ray detector |
| x-ray diffraction |
| x-ray diffraction |
| x-ray diffraction |
| x-ray diffraction |
| X-ray diffractometer |
| x-ray emission |
| x-ray flash |
| X-ray fluorescence |
| X-ray generation |
| X-ray generation |
| X-ray generation |
| X-Ray Generator |
| X-Ray Generator |
| X-ray instrument |
| x-ray laser |
| x-ray laser |
| X-ray machining |
| X-ray monochromator |
| X-ray optics |
| X-ray Powder Diffraction |
| x-ray radiation |
| x-ray scattering |
| X-ray source |
| X-ray spectrograph |
| X-ray spectroscopy |
| x-ray tomography |
| X-ray total reflection |
| X-ray transportation |
| X-ray waveguide |
| XTREME Technologies |
| XTREME Technologies |
| XUV pulse |
| XUV pulse |
| Y. Akahane |
| Y. Lou |
| Y. Ogata |
| Y. Ogata |
| Y. Paskover |
| Y. Paskover |
| Y. Prior |
| Y. Prior |
| Y. Shimada |
| Y. Shimada |
| Y. Utkin |
| Y. Utkin |
| Y.-M. Wang |
| Y.-S. Wang |
| YAG:Ce |
| Yakovlev V |
| Yb3+:Ca4GdO |
| YbaCuO |
| YbaCuO |
| Yb-doped fiber |
| Yb-doped fiber laser |
| YbGdCOB |
| Yb-GdCOB |
| yellow Citrine |
| yellow Citrine |
| Yeshaiahu Fainman |
| Yongbing Lou |
| Yoshida H |
| YSGG crystal |
| ytterbium fiber |
| ytterbium fiber laser |
| Yu.A.Shakir |
| Z. Tang |
| Z. Tang |
| Zaki Bassiouni |
| z-cut LiNbO3 |
| ZEISS |
| Zeiss Axioskop |
| Zeiss LSM |
| Zeiss LSM 510 |
| Zeiss Objectives |
| Zernike Polynomials |
| Zernike's phase contrast |
| Zernike's phase contrast microscope |
| zero order |
| Zero-Crossing Technique |
| ZGP |
| ZGP crystal |
| ZGP Crystal growth |
| ZGP crystals |
| ZGP OPO |
| ZGP OPO type-II |
| Zhavoronkov N |
| Zhihua Ding |
| Zhiqiang Hu |
| Zinc Germanium Diphosphide |
| Zinc Selenide |
| zinc selenide window |
| zinc selenide windows |
| zinc-binding |
| Zipfel |
| Zipfel |
| ZnGeP2 |
| ZnGeP2 crystal |
| ZnGeP2 Crystal Growth |
| ZnGeP2 crystals |
| ZnGeP2 Synthesis |
| ZnSe |
| ZnSe |
| ZnSe optics |
| ZnSe window |
| ZnSe windows |
| zone plate |
| Z-pinch |
| Z-pinch |
| Z-scans |
| Z-stack |
| Z-stack MCP |