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{{Short description|Laser developed by the Thales Group}} ...Pulse (physics)|pulse]], establishing a [[world record]] for most powerful laser.<ref name="LBL News" /><ref name="DeIngenieur">{{cite journal |last=Heirbau ...

{{short description|Difference between a laser's optical frequency and quantum resonant frequency}} ...ters]], and [[Quantum sensor|quantum sensors]]. By adjusting the detuning, researchers and engineers can control absorption, emission, and scattering processes, m ...

...otonics-technologies-applications/lfw-display/lfw-article-display.articles.laser-focus-world.volume-42.issue-7.features.optofluidics-optofluidics-can-create ...um for biophotonics |url=http://dx.doi.org/10.1002/lpor.201200014 |journal=Laser & Photonics Reviews |volume=7 |issue=5 |pages=628–645 |doi=10.1002/lpor.201 ...

...ity violation|parity non-conservation]].{{r|profile}} She has also applied laser transmission spectroscopy to detect DNA and differentiate the DNA of differ ...dame-researchers-demonstrate-new-dna-detection-technique/|title=Notre Dame researchers demonstrate new DNA detection technique|date=December 16, 2011|first=Willia ...

...umber splitting attack|photon-number-splitting attack]], when attenuated [[laser]] pulses are used instead of [[single-photon source]]s. SARG04 was defined ...s < 1) and received by an [[imperfect detector]], which is when attenuated laser pulses are used instead of single photons. Such a SARG04 system can be reli ...

...meters''' for either single-photon illumination, or narrow-[[linewidth]] [[laser]] illumination, that is, illumination by indistinguishable [[photon]]s, by ...ite book|author-link=F. J. Duarte |first=F. J. |last=Duarte |title=Tunable Laser Optics |edition=2nd |publisher=CRC |location=New York, NY |date=2015 |isbn= ...

{{Short description|Laser physicist and author/editor}} | known_for = {{no wrap|[[Tunable laser]]s<br>[[Dye laser|Narrow-linewidth dye lasers]]<br>[[Multiple-prism dispersion theory]]<br>[[ ...

...modeled as one or more coupled resonators. In optics, such systems include laser cavities, [[photonic crystal]] slabs, [[metamaterials]], and [[Optical ring ...Journal of'', vol. 40, no. 10, pp. 1511–1518, 2004</ref> Since late 2000s, researchers have capitalized on coupled mode theory to explain the concept of magnetica ...

...odern semiconductor laser devices have been demonstrated, with theoretical laser modulation speeds exceeding 100&nbsp;GHz, an order of magnitude higher than In a laser, the gain medium emits light randomly in all directions. With a classical c ...

In 2007 researchers from the [[University of Central Florida]] ([[United States]]) were able to Researchers at the [[University of St. Andrews]] have used Airy beams to manipulate sma ...

...sed on volume Bragg gratings, which are used as filters either for swept [[laser]]s or for global imaging. ...tréal]] where it benefited from a complete infrastructure and proximity to researchers. After 5 years, Photon etc. moved to its actual location at the "''Campus d ...

...sorption in {{sic|nolink=y|reason=error in source|Napthalene}} Crystals by Laser Excitation |url=https://link.aps.org/doi/10.1103/PhysRevLett.12.612 |journa ...e=Dual-color deep-tissue three-photon microscopy with a multiband infrared laser |journal=Light: Science & Applications |language=en |volume=7 |issue=1 |pag ...

...bulence, E×B shear, edge electric field, and edge current and plasma flow. Researchers studying this field use tools such as [[Electron cyclotron resonance|Electr ...influencing the PLH.<ref name=":1" /><ref name=":5" /> By injecting fuel, researchers can alter the plasma's density and temperature.<ref name=":1" /><ref name=" ...

...as a tree growing on a cliff side or other barrier. Measurements using a laser rangefinder if made at a steep angle greater need to be corrected for true ...quantify crown area. On large trees it can be accomplished quickly with a laser rangefinder.<ref name="Blozan2004" /> ...

...ls (above). Same region showing Chlorophyll A autofluorescence with 440 nm laser excitation and far red emission (below).]] ...at dissipation). This is achieved by stopping photochemistry, which allows researchers to measure fluorescence in the presence of non-photochemical quenching alon ...

*'''[[Nikolay Basov]]''', physicist, co-inventor of [[laser]] and [[maser]], Nobel Prize winner *'''[[Alexander Prokhorov]]''', co-inventor of [[laser]] and [[maser]], Nobel Prize winner[[File:Aleksandr Prokhorov.jpg|thumb|85p ...

...gital image correlation method by mean subset fluctuation|journal=Optics & Laser Technology|volume=43|issue=1|pages=9–13|bibcode=2011OptLT..43....9H|doi=10. ...represent some useful information, particularly when it is linked to the [[laser speckle]] and to the [[dynamic speckle]] phenomenon, where the changes of t ...

...or supercooling these detectors has made THz detection unavailable to many researchers around the world due to recent sharp rises in the price of liquid helium du A high power infrared laser is typically used. Its beam is split by a beamsplitter into two optical pat ...

...=2003|title=Present trends and the future of zircon in U-Pb geochronology: laser ablation ICPMS|editor=Hanchar, J.M. |editor2=Hoskin, P.W.O.|journal=Zircon: ...cause of the large sample size, secondary ion mass spectrometry (SIMS) and laser ablation-inductively coupled plasma mass spectrometry ([[Inductively couple ...

...ref> (e.g. in [[phased array ultrasonics|phased array transducers]]). Some researchers{{who|date=May 2020}} say that schlieren imaging is equivalent to an [[radio The parallel beam may be achieved by a point-like light source (a laser focused into a pinhole is sometimes used) placed in the focal point of a co ...