<nowiki>óptica cuántica; kvantumoptika; skammtaljósfræði; optika kuantiko; квантовая оптика; Quantenoptik; optika kuantike; քվանտային օպտիկա; квантова оптика; kvanteoptik; optică cuantică; 量子光学; kvantoptik; квантова оптика; 量子光学; 量子光學; 양자광학; 量子光學; kvanttioptiikka; نورشناخت کوانتومی; kvantuma optiko; квантна оптика; kvanttoptikk; ottica quantistica; কোয়ান্টাম আলোকবিজ্ঞান; optique quantique; quang học lượng tử; квантавая оптыка; optik kuantum; квантавая оптыка; kwantumoptica; кванттык оптика; optyka kwantowa; kvantová optika; óptica quântica; kuantum Optik; kvantu optika; òptica quàntica; kvantinė optika; kvantna optika; quantum na optika; ਕੁਆਂਟਮ ਔਪਟਿਕਸ; אלקטרוניקה קוונטית; optik kuantum; kvanteoptikk; kvanteoptikk; kvant optikası; kvantoptika; 量子光学; 량자광학; kvanttâoptiik; quantum optics; بصريات الكم; κβαντική οπτική; kvantaoptihkka; Kuantum optik ışık ve mikroskopik düzeyde madde ile etkileşimi içeren fenomenleri araştırmak için klasik ve kuantum mekanik fiziği kullanılan bir araştırma alanıdır.; আলোকবিজ্ঞান ও পদার্থবিদ্যার একটি শাখা; sous champ de la physique quantique et de l'optique; Argiaren eta materiaren arteko interakzioak eta horren ondoriozko fenomenoak mekanika kuantikoa aplikatuz aztertzen dituen optikaren atala.; תחום בפיזיקה החוקר את האינטראקציות של פוטונים עם החומר; discipline van de natuurkunde die de kwantumeffecten die bij licht optreden bestudeert en gebruikt; раздел физики; studfako de optiko; Teilgebiet der Quantenphysik und Optik; ֆիզիկայի բաժին; sub-field of quantum physics and optics; شناخت نور بر اساس دوگانگی موج و ذره; 物理学的一个分支; badanie kwantowych własności światła itp. fal; Óptica cuantica; Optica cuantica; Optica cuántica; kvanteelektronikk; kvantumoptik; نورشناخت کوانتمی; 量子電子學; kwantumoptiek</nowiki>
sub-field of quantum physics and optics | |||||
| Upload media | |||||
| Spoken text audio | Englishⓘ | ||||
|---|---|---|---|---|---|
| Instance of | |||||
| Part of | |||||
| |||||
| 👁 Edit infobox data on Wikidata | |||||
Subcategories
This category has the following 12 subcategories, out of 12 total.
A
- Atom interferometry (2 F)
C
- Coherent states (2 C, 36 F)
H
- Homodyne detection (5 F)
- Hong-Ou-Mandel effect (11 F)
L
- Laser physics (5 C, 155 F)
M
- Max Planck Institute of Quantum Optics (4 C, 18 F)
Q
- Quantum memory (3 F)
S
- Single-photon detectors (2 C, 15 F)
- Smith-Purcell effect (4 F)
Z
- Anton Zeilinger (27 F)
Media in category "Quantum optics"
The following 100 files are in this category, out of 100 total.
-
ALE4077.jpg 2,500 × 1,664; 4.11 MB
-
Antibunched.png 1,427 × 665; 61 KB
-
Antibunched.svg 512 × 239; 7 KB
-
Atomchip.png 1,809 × 672; 173 KB
-
Biexciton levels.png 383 × 266; 6 KB
-
Charting Quantum Horizons Logos (AQW logos v2).jpg 11,880 × 1,172; 954 KB
-
Charting Quantum Horizons Logos (AQW logos v2).tiff 11,880 × 1,172; 5 MB
-
CIPS.jpg 1,943 × 558; 78 KB
-
Coherence g1.svg 512 × 252; 6 KB
-
Coherence g2.svg 512 × 252; 6 KB
-
Coherent state gif.gif 1,080 × 540; 1.42 MB
-
Coherent state webm.webm 6.7 s, 1,100 × 560; 531 KB
-
Collapseandrevival.png 560 × 420; 12 KB
-
ColRev3a40.tif 1,272 × 784; 447 KB
-
ColRev3da10.tif 1,270 × 784; 554 KB
-
ColRevm576.tif 1,272 × 784; 849 KB
-
Correlation-interferometer.svg 286 × 173; 56 KB
-
Correlations.jpg 533 × 440; 22 KB
-
De-photodiode-article.ogg 8 min 20 s; 7.59 MB
-
Density matrix squeezed coherent states subpoisson.jpg 528 × 753; 72 KB
-
Density matrix squeezed vacuum.jpg 658 × 486; 50 KB
-
Density matrix thermal state.jpg 818 × 499; 62 KB
-
Diamond Structure.png 885 × 460; 75 KB
-
Differentlightsplot.svg 749 × 535; 82 KB
-
Diskrete.Gaussverteilung.png 360 × 360; 9 KB
-
DolinarReceiver.png 1,280 × 720; 80 KB
-
Double Slit Sub Qantum Sweepe rEffect.jpg 706 × 266; 168 KB
-
Example of State Preparation for Dolinar Receiver.png 1,158 × 229; 19 KB
-
Fig-BHD-D-RS.jpg 1,214 × 1,120; 137 KB
-
Fig-BHD-E-RS.jpeg 1,246 × 1,276; 147 KB
-
Fig-EPR-QKD D RS.jpg 1,284 × 2,380; 219 KB
-
Fig-Gequetschtes ifo D RS.jpg 1,154 × 1,214; 139 KB
-
Fig-QResonator D RS.jpg 2,536 × 1,104; 258 KB
-
Fig-SqueezedShotNoise E RS.jpg 1,552 × 1,444; 427 KB
-
Fig-SqueezedShotNoise2 D RS.jpg 1,538 × 1,442; 432 KB
-
HBTcorrelatnEqpSetup.jpg 1,084 × 652; 177 KB
-
HBTplot.svg 874 × 613; 51 KB
-
HBTplott.svg 624 × 458; 51 KB
-
HBTT.svg 512 × 382; 33 KB
-
HOM video.gif 720 × 46; 257 KB
-
Ion trap.svg 438 × 225; 12 KB
-
Irradiated spot of diamond with high concentration of nitrogen-vacancy centers.jpg 2,446 × 1,954; 295 KB
-
Jaynes-Cummings model.jpg 248 × 346; 13 KB
-
Jaynes-Cummings model.png 389 × 514; 15 KB
-
Jaynes-Cummings model.svg 389 × 514; 2 KB
-
Jaynes-Cummings-Hubbard Model.jpg 540 × 97; 17 KB
-
Jaynes-Cummings-Hubbard model.png 804 × 125; 12 KB
-
KennedyReceiver.png 1,280 × 720; 53 KB
-
Kim EtAl Quantum Eraser dot.svg 800 × 600; 26 KB
-
KimDelayedChoiceQuantumEraserGraphs.jpg 351 × 403; 60 KB
-
KimDelayedChoiceQuantumEraserGraphsSVG.svg 535 × 445; 132 KB
-
Kinds of optical autocorrelation.svg 313 × 154; 196 KB
-
Lambda.jpg 1,546 × 707; 56 KB
-
Lambda2.jpg 1,532 × 707; 44 KB
-
Laser 01.jpg 1,600 × 1,200; 643 KB
-
Laser 02.jpg 2,048 × 1,536; 859 KB
-
Laser 03.jpg 1,536 × 2,048; 1.25 MB
-
Linewidth.png 635 × 286; 11 KB
-
Microresonator alemannisch.png 2,604 × 3,723; 177 KB
-
MW Cavity QED diagram.jpg 1,600 × 786; 88 KB
-
Navg1.png 1,280 × 606; 17 KB
-
Navg5.png 1,280 × 606; 17 KB
-
New Quantum Key System Combines Speed, Distance (5884514248).jpg 1,800 × 1,350; 1.62 MB
-
Number state Wigner function.png 800 × 1,832; 260 KB
-
NV center in solid immersion lens.jpg 1,017 × 417; 62 KB
-
Optical Microresonator.png 2,640 × 3,736; 174 KB
-
Optical phase space.jpg 3,508 × 2,480; 157 KB
-
Optics-states.png 3,224 × 1,348; 508 KB
-
OptomechanicalDamping.png 601 × 422; 34 KB
-
Passive polarization basis measurement.svg 512 × 512; 3 KB
-
Photon bunching.png 1,205 × 348; 20 KB
-
Photon bunching.svg 512 × 148; 9 KB
-
Polarization measurement with active measurement.svg 512 × 512; 2 KB
-
Qoptics1.png 591 × 465; 26 KB
-
Qoptics2.png 682 × 489; 48 KB
-
Qoptics3.png 438 × 255; 29 KB
-
Qoptics4.png 467 × 189; 17 KB
-
Qoptics5.png 468 × 382; 41 KB
-
Quantum images (5941061148).jpg 1,150 × 1,150; 400 KB
-
RamanSidebandCooling.png 465 × 226; 14 KB
-
Rotation operator.jpg 3,508 × 2,480; 164 KB
-
Scheme of spontaneous parametric down-conversion.pdf 1,650 × 1,275; 178 KB
-
Sltransport.jpg 800 × 555; 89 KB
-
Spontaneous Parametric Downconversion.png 1,277 × 752; 25 KB
-
Squeezed states complete pic.jpg 1,080 × 980; 266 KB
-
Subpoissonian.png 1,465 × 677; 55 KB
-
Subpoissonian.svg 512 × 237; 7 KB
-
Superradiant transition.gif 411 × 304; 28 KB
-
Tavis-Cummings diagram.png 402 × 201; 39 KB
-
Two-photon Amplitude.svg 375 × 240; 12 KB
-
TwoPhotonAmplitude.png 319 × 210; 23 KB
-
Vacuum fluctuations revealed through spontaneous parametric down-conversion.ogv 8.1 s, 960 × 540; 1.08 MB
-
Visibility.png 729 × 665; 55 KB
-
WalbornEtAl D-S eraser no POL1svg.svg 540 × 390; 29 KB
-
WalbornEtAl D-S eraserWithPOL!.svg 540 × 390; 31 KB
-
Wavephoton2.GIF 400 × 240; 5 KB
-
Wheeler telescopes set-up.svg 442 × 379; 12 KB
-
Wikibic1.png 2,320 × 1,476; 369 KB
-
Wikibic2.png 1,230 × 1,524; 261 KB
.jpg){kind=link}
.jpg){kind=link}
.jpg){kind=link}
.jpg){kind=link}
