Category:Optics
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See also: Waves
branch of physics concerning light | |||||||
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Subcategories
This category has the following 78 subcategories, out of 78 total.
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*
A
B
C
- Camera toss (94 F)
D
- Double-Blind FROG (3 F)
E
- Einstein Rings (24 F)
- Ellipsometry (1 P, 32 F)
- Etendue (9 F)
G
- Gamma correction (34 F)
H
I
- Indo (optics) (1 F)
L
- Sophie LaRochelle (1 F)
- Light echo (9 F)
- Liquid light guides (4 F)
M
- Modulation transfer function (51 F)
N
O
- Optical experiments (57 F)
- Optical paths (4 F)
- Optical tweezers (87 F)
P
- Phase singularity mapping (8 F)
- Point spread function (2 F)
- Pound-Drever-Hall technique (3 F)
Q
R
S
- Sensitometry (11 F)
- Soliton (optics) (1 F)
- Spektrum (6 F)
- Spherometers (3 F)
T
V
X
Z
- Zernike polynomials (25 F)
Pages in category "Optics"
The following 3 pages are in this category, out of 3 total.
Media in category "Optics"
The following 200 files are in this category, out of 1,024 total.
(previous page) (next page)- 1 to 1 telecentric 2L paraxial relay lens.png 442 × 342; 4 KB
- 1-4-RelacionDispersion.png 3,459 × 2,225; 334 KB
- 200 Jahre Goethes Farbenlehre.jpg 3,264 × 1,840; 1.17 MB
- 2005-12-25 Magnifying drop.jpg 1,424 × 1,048; 900 KB
- 2d pc.png 572 × 474; 10 KB
- 3 Geradsichtprismen.jpg 2,512 × 2,180; 1.89 MB
- 3D diffractive beam splitter.png 584 × 438; 83 KB
- 4F Correlator.jpg 944 × 609; 54 KB
- 56. Оптичка леќа.ogg 1 min 15 s, 1,920 × 1,080; 95 MB
- 7 Silicon optics Crystaltechno.jpg 1,814 × 1,361; 392 KB
- A System of Applied Optics.JPG 632 × 848; 40 KB
- Abb 1 komplementaere blenden im strahl.png 400 × 502; 2 KB
- Abb 2 beugungsbilder komplementaerer blenden.jpg 536 × 299; 91 KB
- Aberatie cromatică la o lentila convergenta.jpg 400 × 258; 17 KB
- Absolute surface form of a lens measured by Difrotec's D7.png 2,598 × 1,350; 847 KB
- Accommodation-far-point-near-point.svg 814 × 619; 21 KB
- Aerotech Mechanical delay stage in an optical setup.jpg 3,264 × 1,840; 1.51 MB
- Anamorfosi.jpg 2,448 × 3,264; 5.02 MB
- Angle of view 1.png 4,008 × 2,072; 843 KB
- Angle of view 2.png 2,196 × 1,194; 101 KB
- Angle of view 4.png 3,564 × 1,072; 86 KB
- Angle-of-vision.svg 640 × 480; 31 KB
- Anisotropic vectors.jpg 924 × 605; 30 KB
- ANSI ЗЕРНИКЕ ПИРАМИДА.png 740 × 515; 112 KB
- ANSI ЗЕРНИКЕ ПИРАМИДА2.png 740 × 515; 113 KB
- Aplanat.jpg 814 × 584; 126 KB
- Aquarium total internal reflection.jpg 250 × 460; 74 KB
- ArcencielRougeHautBleuBas.png 1,423 × 853; 106 KB
- Archimedes Heat Ray conceptual diagram-sl.svg 300 × 358; 173 KB
- Astigmatic Corrected Target Aligned Solar Concentrator.jpg 1,962 × 1,082; 189 KB
- Astronomic Table Olsztyn.jpg 600 × 450; 319 KB
- AstronomicTable Olsztyn Section.jpg 400 × 263; 108 KB
- AthermalizationHousingMaterials.svg 1,535 × 1,200; 44 KB
- AthermalizationHousingMaterialsUpdated.svg 1,535 × 1,200; 43 KB
- Auflösungsvermögen, blau.jpg 640 × 480; 61 KB
- Auflösungsvermögen, rot.jpg 640 × 480; 57 KB
- Autocorrelator.png 474 × 597; 10 KB
- Baden-Powell-unilens crop.jpg 1,200 × 919; 154 KB
- Bartholin Crystalli Islandici 1669.jpg 996 × 1,224; 217 KB
- Bartholin Dobbeltbrytning 1669.jpg 916 × 1,174; 159 KB
- Bartholin Phil Trans 1670.jpg 990 × 1,418; 356 KB
- Basic-solar-sim.png 1,954 × 945; 95 KB
- Becker Optik.jpg 480 × 360; 28 KB
- Beer'sLawMATLAB.png 1,048 × 814; 72 KB
- Benoit-boulanger-2017.webp 2,000 × 2,660; 3.39 MB
- Bessel Beam - Self healing.ogg 3.4 s, 968 × 531; 2.52 MB
- Beugungsmaßzahl-Vergleich.png 784 × 710; 37 KB
- Biennale 2005 in Venice - art installation.jpg 3,121 × 2,080; 4.01 MB
- Bistabilitytht4.png 445 × 335; 25 KB
- Black hole optics.png 2,400 × 1,480; 3.65 MB
- Blickwinkel und Sehwinkel.png 1,185 × 809; 201 KB
- Blinn-phong shading.png 662 × 573; 32 KB
- BlockDiagram.png 1,280 × 720; 57 KB
- Blood Moon Graphic Malayalam.png 3,750 × 2,400; 837 KB
- Blood Moon Graphic.png 2,904 × 1,864; 518 KB
- Blueness-horizon.png 616 × 1,330; 296 KB
- Brendel-Bormann Oscillator Model.png 2,216 × 1,711; 133 KB
- Brennebene einer Sammellinse 1.png 1,610 × 1,080; 74 KB
- Burbujas en el arroyo.JPG 3,888 × 2,592; 7.77 MB
- Camera lens exit pupil.jpg 2,652 × 2,332; 713 KB
- Cavity Optomechanics.png 602 × 400; 18 KB
- Ccd t.PNG 799 × 555; 31 KB
- Cercle de couverture d'un objectif - Jean-Jacques MILAN.jpg 3,640 × 2,332; 7.9 MB
- Champs angles.pdf 1,691 × 2,381; 1.35 MB
- Chiroskop.jpg 2,592 × 1,944; 1.54 MB
- Circular LH polarization.gif 700 × 525; 2.17 MB
- Circular RH polarization.gif 700 × 525; 2.18 MB
- Clarté CIE.png 1,082 × 679; 110 KB
- CoherenceImage.png 512 × 731; 60 KB
- Comparative Schematic between One and Two Photon Processes.png 317 × 178; 26 KB
- Compensateur de Babinet.svg 744 × 1,052; 17 KB
- Compound Parabolic Concentrator for Laser Rod.jpg 1,921 × 1,939; 209 KB
- Conjugate planes.jpg 413 × 258; 14 KB
- Cono d'Ombra e di Luce.jpg 1,024 × 768; 239 KB
- Consistency multiple sources.jpeg 588 × 213; 9 KB
- Constudnaive2.GIF 231 × 163; 4 KB
- Constudperspective.png 417 × 676; 11 KB
- Constudperspective2.png 474 × 524; 10 KB
- Contrast-triangle-far-realing-view.png 768 × 373; 17 KB
- Convenio Signos Radios Lentes.png 600 × 706; 65 KB
- Convergeren-en-divergeren.png 372 × 321; 7 KB
- Converging the Petals.jpg 4,928 × 3,144; 13.31 MB
- Convvex mirror1-Hebrew.jpg 934 × 705; 63 KB
- Copernicus Astronomic Optical Instrument Reconstruction.jpg 900 × 314; 240 KB
- Crosssection Difrotec D7 Vs Fizeau interferometers.png 1,635 × 2,426; 556 KB
- Dagor.jpg 570 × 473; 34 KB
- Dagor01.png 570 × 473; 308 KB
- Dan Lobser overlooks a doubled pulse dye laser.jpg 500 × 333; 122 KB
- DDR Neon, Foto Optik, Berlin Karlshorst, Jan 1990 (3326814402).jpg 1,601 × 2,402; 151 KB
- Definition BRDF.png 2,067 × 2,923; 126 KB
- Definition luminance.png 1,262 × 2,217; 78 KB
- Demostration of Total-Internal-Reflection(TIR) in a wine glass.jpg 1,852 × 1,853; 626 KB
- Dennis Taylor.JPG 417 × 579; 34 KB
- Depth.of.Field.png 1,692 × 1,115; 16 KB
- Diagram of the computation of Bokeh size.gif 552 × 276; 8 KB
- Diagramme sphère de Poincaré avec exemples.jpg 1,220 × 943; 152 KB
- Diaphragm mecanism.jpg 4,608 × 3,072; 7.93 MB
- Dichroicmirror2.JPG 3,872 × 2,592; 3.27 MB
- Diffraction Pattern Green Laser.jpg 3,024 × 4,032; 1.68 MB
- Diffraction Pattern White LED Light.jpg 1,936 × 2,592; 499 KB
- Diffractive pattern with several optical vortex beams.png 1,520 × 1,603; 3.77 MB
- Difracción de la luz.jpg 3,000 × 1,610; 327 KB
- Diploma Honoris Causa.jpg 514 × 674; 146 KB
- Directeur de signal.svg 146 × 48; 7 KB
- DirichletKouznetsovFig1a.png 220 × 70; 289 bytes
- DirichletKouznetsovFig2a.jpg 240 × 230; 5 KB
- Dispersion 1.JPG 2,816 × 2,112; 2.24 MB
- Dispersion 2.JPG 2,816 × 2,112; 1.81 MB
- DispersionNBK7.svg 1,535 × 1,200; 54 KB
- DispozitivulYoung.PNG 1,009 × 777; 52 KB
- DNA model Projected By Handmade Pyramid Hologram.jpg 4,128 × 3,096; 2.99 MB
- DndT NBK7 Updated.svg 1,535 × 1,200; 40 KB
- DndT NBK7 Updated2.svg 1,535 × 1,200; 38 KB
- DndT NBK7.svg 1,535 × 1,200; 40 KB
- DOF palette-2019-07-03-Gianmaria Calisesi.png 1,972 × 662; 164 KB
- Dome magnifier rendered.jpg 1,699 × 1,080; 231 KB
- Dome magnifier rendered.png 1,920 × 1,080; 955 KB
- Dos ondas en agua y su frente de onda.png 1,086 × 1,012; 2.41 MB
- Double L-Scan.tif 1,041 × 723; 380 KB
- Double slit intensity.png 354 × 354; 18 KB
- Double-slit diffraction pattern.png 927 × 404; 105 KB
- Dual comb schematic.png 1,478 × 807; 301 KB
- Dyfrakcja światła na pajęczynie.jpg 2,048 × 1,360; 183 KB
- Détecteur équilibré.png 368 × 274; 284 KB
- EinwegSameLight.png 3,133 × 1,844; 103 KB
- EinwegSameLight.svg 3,133 × 1,844; 2 KB
- EIT spectrum.jpg 560 × 341; 24 KB
- Ellipsomeetri skeem - Mikk Kull.png 2,000 × 1,033; 103 KB
- Ellipsomeetri skeem333333 - Mikk Kull - Copy.png 2,000 × 1,033; 38 KB
- Elliptical RH polarization.gif 700 × 525; 2.23 MB
- Emblem of Nazarbaev University projected by Pyramid Hologram.jpg 4,128 × 3,096; 3 MB
- Engraving; 'Des moments de plaisir" by Pedro after Maggiotto Wellcome L0006542.jpg 1,526 × 1,186; 998 KB
- Eric Seiler.jpg 500 × 229; 89 KB
- Error With No Calibration Collimated Transmission Theory.png 882 × 614; 77 KB
- ErrorWithNoCalibration.png 776 × 590; 58 KB
- Esialgne Youngi katse.png 528 × 363; 57 KB
- Espejo cóncavo 1.gif 743 × 855; 25 KB
- Espejo cóncavo 2.gif 744 × 741; 27 KB
- Espejoplano.gif 768 × 617; 12 KB
- Estimation des distances, vision stéréoscopique.png 1,069 × 495; 66 KB
- Etendue web.svg 370 × 246; 9 KB
- Etendue.svg 370 × 246; 18 KB
- Eureka, a prose poem - page 50 diagram.png 1,488 × 676; 114 KB
- Evanescent Wave Coronagraph.jpg 1,478 × 1,108; 313 KB
- Evanescent wave cropped.jpg 496 × 640; 21 KB
- Evanescent wave dynamic light scattering setup side view.jpg 4,288 × 2,848; 11.67 MB
- Exhaust fan.jpg 3,584 × 2,016; 1.85 MB
- Exhaust fan2.jpg 672 × 649; 67 KB
- Experience Interfero Fizeau Ether.jpg 1,500 × 408; 132 KB
- Extinction coefficient, onde em.png 526 × 495; 4 KB
- Eye illustration, 17th century Wellcome M0011405.jpg 2,469 × 4,258; 3.3 MB
- F-theta System.pdf 560 × 464; 20 KB
- Far field sources.jpeg 569 × 175; 8 KB
- Fasermikrofonie Temperatur.jpg 2,570 × 1,220; 217 KB
- Faserstretcher fiber stretcher.jpg 3,264 × 2,448; 883 KB
- Fermat-1.jpg 555 × 483; 22 KB
- Fermat-Huygens principle.svg 216 × 131; 13 KB
- Fernglas Dachkant.jpg 300 × 295; 19 KB
- Feuille lumière.jpg 937 × 555; 74 KB
- Fiber attenuation.pdf 1,500 × 900; 41 KB
- FiberCollimateur.JPG 3,872 × 2,592; 3.03 MB
- FiberCoupling.jpg 3,737 × 2,471; 3.35 MB
- Field-vectors-and-propagation-directions.svg 255 × 349; 49 KB
- Fig2-defense-du-newtonianisme-voltaire-t23-p90.jpg 462 × 450; 17 KB
- Fig2-defense-du-newtonianisme-voltaire-t23-p91.jpg 362 × 347; 13 KB
- Filmloaders.jpg 800 × 800; 57 KB
- Fizeau Interferometer Diagram FR.jpg 1,101 × 1,500; 200 KB
- Fizeau-Mascart2.png 1,435 × 648; 41 KB
- FizeauFresnel1859.pdf 1,795 × 2,402, 20 pages; 938 KB
- FJDUARTE-LASERS-JOPT13-035710(2011).jpg 155 × 108; 7 KB
- Fluxo Ótico 1.PNG 290 × 198; 5 KB
- Fluxo Ótico 2.PNG 290 × 198; 2 KB
- Fluxo Ótico 3.PNG 290 × 198; 679 bytes
- Fonction de transfert Optique.png 6,250 × 4,167; 328 KB
- FonctionnementDisqueNewton.gif 565 × 457; 16 KB
- Formation of image by a simple microscope. Wellcome M0010891.jpg 2,502 × 4,350; 4.6 MB
- Formation of image by a simple microscope. Wellcome M0010892.jpg 2,058 × 5,324; 1.77 MB
- Formation of image by means of a lens. Wellcome M0010890.jpg 1,771 × 6,062; 1.79 MB
- Formel för uträkning av förstoringsfaktorn och ljusinsläppet.jpg 1,641 × 1,102; 474 KB
- Formula of Beer- Lambert law.png 1,296 × 1,728; 1.48 MB
- Forouhi-Bloomer Model.png 797 × 562; 40 KB
- FOV test Optics apparatus.jpg 634 × 457; 26 KB
- Fraunhofer Condition Derivation Geometry.png 3,520 × 1,869; 117 KB
- Fraunhofer Condition Derivation Geometry2.png 2,030 × 1,083; 77 KB
- Frente de onda en agua.png 3,040 × 1,745; 11.41 MB
- Fresnel diffraction of a slit.png 460 × 423; 4 KB
- Fresnel's Wave Surface.png 649 × 544; 155 KB
- Fsao alt 1369164750 22829900.jpg 340 × 213; 22 KB
- FSAO Jena.jpg 4,000 × 2,250; 4.82 MB
- FT1 lens system.png 650 × 715; 1.78 MB
- FundusPhotoAntha.jpg 800 × 600; 88 KB
- FundusPhotoAnthaL.jpg 800 × 600; 80 KB
- Future scientist is looking at mirrors.jpg 4,496 × 3,000; 3.06 MB
- G. Reisch, Margarita philosophica Wellcome L0023399.jpg 1,216 × 1,550; 522 KB
- G. Reisch, Margarita philosophica Wellcome L0025814.jpg 1,210 × 1,708; 1.23 MB