Category:Double-slit experiments
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experiment in quantum mechanics that shows wave–particle duality   | |||||
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English: Illustrations related to double-slit experiments.
Polski: Doświadczenie Younga - eksperyment polegający na przepuszczeniu spójnego światła poprzez dwa pobliskie otwory w przesłonie i rzutowaniu na ekran. Na ekranie wskutek interferencji tworzą się charakterystyczne prążki, tzn. obszary w których światło jest wygaszone i wzmocnione. Eksperyment ten potwierdził falową naturę światła i stanowił poważny argument przeciwko korpuskularnej koncepcji światła, której zwolennikiem był Isaac Newton. Po raz pierwszy eksperyment ten wykonał około roku 1805 fizyk angielski Thomas Young.
Subcategories
This category has the following 3 subcategories, out of 3 total.
Q
- Quantum Eraser Experiment (25 F)
Media in category "Double-slit experiments"
The following 196 files are in this category, out of 196 total.
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100 trajectories guided by the wave function.png 2,000 × 1,375; 1.51 MB
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20 rayons lumineux.jpg 506 × 381; 65 KB
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2SlitInterference.svg 2,843 × 1,780; 174 KB
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2slits quantum.jpg 1,280 × 1,024; 185 KB
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2Slits-particles only.jpg 1,280 × 1,024; 179 KB
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2slits.png 306 × 300; 23 KB
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2spleet1.png 615 × 130; 3 KB
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2spleet2.gif 615 × 173; 2 KB
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2spleet3.gif 615 × 175; 3 KB
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2spleet4.png 615 × 225; 3 KB
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2spleet5.gif 700 × 170; 2 KB
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3 trajectories guided by the wave function.png 2,000 × 1,375; 712 KB
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327278.fig.009.jpg 600 × 373; 19 KB
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AB effect schematics.JPG 640 × 512; 23 KB
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Afshar experiment - lens action in coherent dual-slit setup.jpg 600 × 374; 19 KB
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Afshar-experiment-1.png 387 × 343; 9 KB
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Afshar-experiment-wire.png 388 × 339; 8 KB
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Afshar-experiment.png 434 × 430; 11 KB
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Attosecond Double-Slit Experiment.svg 534 × 218; 23 KB
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Bohmian trajectories of electrons in the double-slit experiment with axis.jpg 1,076 × 843; 296 KB
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Bohmian trajectories of electrons in the double-slit experiment.jpg 911 × 717; 502 KB
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CadcadsccsaCSDCASAC.JPG 2,592 × 1,936; 1.58 MB
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Claus Jönsson Interferenz.jpg 146 × 200; 1 KB
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Constudtimeslit.png 421 × 345; 13 KB
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Dddd1.GIF 311 × 195; 2 KB
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Dddd2.GIF 310 × 193; 2 KB
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Diffraction 150 slits.jpg 3,296 × 1,290; 3.96 MB
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Diffraction-with-two-and-five-slits.jpg 259 × 116; 2 KB
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Doppelspalt beide.png 283 × 134; 8 KB
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Doppelspalt klassisch.png 500 × 250; 20 KB
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Doppelspalt links.png 283 × 123; 5 KB
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Doppelspalt rechts.png 283 × 123; 5 KB
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Doppelspalt.jpg 256 × 256; 25 KB
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Doppelspalt.svg 249 × 225; 59 KB
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Double double slit det bottom.svg 2,400 × 1,350; 3.85 MB
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Double double slit det top.svg 2,400 × 1,350; 3.85 MB
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Double double slit.svg 2,400 × 1,350; 3.98 MB
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Double slit 3D.svg 2,205 × 1,356; 4.12 MB
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Double slit diffraction.svg 500 × 265; 4 KB
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Double slit experiment (schematic).svg 247 × 173; 40 KB
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Double Slit Experiment - Simplified Diagram.jpg 1,225 × 733; 25 KB
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Double Slit Experiment no detector.svg 620 × 470; 36 KB
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Double Slit Experiment with detectors.svg 620 × 470; 55 KB
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Double Slit Experiment with Finite Size Source.svg 620 × 470; 46 KB
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Double Slit Experiment.png 1,025 × 778; 14 KB
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Double slit experiment.png 930 × 487; 73 KB
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Double Slit Experiment.svg 900 × 750; 16 KB
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Double slit simulated 532nm.jpg 343 × 449; 26 KB
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Double slit simulated.jpg 343 × 449; 13 KB
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Double slit x-ray simulation 0000mm log-grayscale.jpg 500 × 500; 4 KB
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Double slit x-ray simulation 0020mm log-grayscale.jpg 500 × 500; 7 KB
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Double slit x-ray simulation 0050mm log-grayscale.jpg 500 × 500; 9 KB
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Double slit x-ray simulation 0100mm log-grayscale.jpg 500 × 500; 9 KB
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Double slit x-ray simulation 0200mm log-grayscale.jpg 500 × 500; 10 KB
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Double slit x-ray simulation 0400mm log-grayscale.jpg 500 × 500; 12 KB
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Double slit x-ray simulation 0600mm log-grayscale.jpg 500 × 500; 23 KB
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Double slit x-ray simulation monochromatic blue-white.png 2,000 × 1,500; 329 KB
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Double slit x-ray simulation monochromatic grayscale.jpg 2,000 × 1,500; 103 KB
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Double slit x-ray simulation polychromatic false-color.jpg 2,000 × 1,500; 129 KB
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Double slit x-ray simulation trans-long 05000 eV 532nm-color.jpg 1,000 × 1,000; 120 KB
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Double slit x-ray simulation trans-long 05000 eV.jpg 1,000 × 1,000; 44 KB
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Double slit x-ray simulation trans-long 07500 eV.jpg 1,000 × 1,000; 42 KB
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Double slit x-ray simulation trans-long 10000 eV.jpg 1,000 × 1,000; 41 KB
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Double slit x-ray simulation trans-long 12500 eV.jpg 1,000 × 1,000; 41 KB
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Double slit x-ray simulation trans-long 15000 eV.jpg 1,000 × 1,000; 40 KB
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Double-slit -kn.svg 512 × 245; 11 KB
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Double-slit as.svg 512 × 245; 6 KB
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Double-slit away from slits.jpg 1,512 × 360; 212 KB
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Double-slit close to slits.jpg 1,512 × 360; 119 KB
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Double-slit de.svg 512 × 245; 5 KB
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Double-slit diffraction pattern.png 927 × 404; 105 KB
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Double-slit experiment results Tanamura 2.jpg 1,156 × 3,352; 1.39 MB
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Double-slit experiment results Tanamura 4.jpg 2,277 × 1,342; 572 KB
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Double-slit experiment results Tanamura four.jpg 2,323 × 1,358; 496 KB
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Double-slit experiment with electrons.png 812 × 612; 325 KB
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Double-slit ml.svg 512 × 245; 9 KB
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Double-slit wall sm.jpg 187 × 178; 15 KB
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Double-slit-empty de.svg 402 × 215; 6 KB
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Double-slit-Fr.svg 512 × 245; 19 KB
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Double-slit-hi.svg 512 × 245; 15 KB
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Double-slit-id.svg 720 × 347; 28 KB
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Double-slit-mr.svg 512 × 245; 10 KB
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Double-slit-Ne.svg 512 × 245; 9 KB
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Double-slit-pa.svg 512 × 245; 9 KB
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Double-slit-ta.svg 512 × 245; 15 KB
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Double-slit-water-waves-2.svg 242 × 184; 4 KB
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Double-Slit. How is the Interference Pattern Created-.webm 16 min 21 s, 3,840 × 2,160; 97.86 MB
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Double-slit.PNG 401 × 192; 4 KB
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Double-slit.svg 512 × 245; 14 KB
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Double-slit.te.svg 512 × 245; 11 KB
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Doubleslitdiffraction.png 222 × 124; 11 KB
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Doubleslitexperiment results Tanamura 1.gif 350 × 257; 85 KB
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Doubleslitexperiment.svg 512 × 531; 4 KB
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Ebohr1 IP.svg 600 × 500; 30 KB
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Ebohr1.png 707 × 484; 57 KB
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Ebohr1.svg 706 × 483; 25 KB
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Elektronenbeugung Doppelspalt gerendert.png 500 × 250; 75 KB
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Experience gomme quantique a choix retarde.svg 512 × 512; 2 KB
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Fentes d'Young - interférences.jpg 240 × 230; 23 KB
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Fentes d'Young - une fente fermée.jpg 240 × 230; 18 KB
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Fentes d'Young à un photon - bis.png 772 × 597; 24 KB
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Fentes d'Young à un photon.png 631 × 486; 16 KB
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Fentes de young infini espace reciproque.png 895 × 385; 7 KB
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Fentes de young infini espace reciproque.svg 887 × 385; 29 KB
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Fentes de young infini reseau reciproque incidence oblique.png 504 × 378; 4 KB
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Fentes de young infini reseau reciproque.png 485 × 358; 4 KB
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Fentes de young infini.png 299 × 310; 3 KB
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Fentes de young profil intensite.png 610 × 461; 3 KB
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Fentes Young - amplitude.png 610 × 460; 32 KB
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Fentes young.jpg 1,169 × 816; 152 KB
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Fentes young.png 827 × 1,169; 1,004 KB
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Fentes Young.svg 744 × 1,174; 4 KB
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Fentesdyoung.jpg 311 × 235; 5 KB
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FentesYoungExperience.jpg 945 × 658; 180 KB
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Fizika 4.10.jpg 713 × 580; 131 KB
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FresnelschesBiprisma.svg 598 × 674; 21 KB
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Gomme quantique Fentes Young.png 650 × 579; 67 KB
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Interfere.gif 990 × 652; 2.37 MB
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Interference electrons 2slits 10cm alone.png 2,000 × 1,330; 681 KB
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Interference electrons 2slits 10cm and 1cm.png 1,812 × 1,312; 893 KB
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Interference-pattern.png 1,200 × 900; 373 KB
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Interferences4.png 567 × 624; 152 KB
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Interferometer path differences.JPG 765 × 537; 39 KB
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Interférences d'atomes d'hélium - ter.png 524 × 333; 14 KB
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Interférences d'atomes d'hélium – bis.jpg 343 × 248; 12 KB
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Interférences d'atomes d'hélium.jpg 514 × 214; 11 KB
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InterGalactic Wheeler.svg 595 × 278; 4 KB
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Introductory Physics fig 2.16.png 574 × 261; 6 KB
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Kim et al Screen mockups.jpg 368 × 227; 60 KB
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Kokopsice-wave1.jpg 620 × 412; 16 KB
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Kokospice-wave2.jpg 620 × 412; 15 KB
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Lichtintensität hinter Doppelspalt.png 500 × 250; 1 KB
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Ljlcsndajlcnsdjlcnsjld.JPG 2,592 × 1,936; 648 KB
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Meyers b6 s0676 b1.png 238 × 380; 18 KB
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Plasmonic Young's double slits interference.png 930 × 411; 183 KB
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Probdisa.jpg 600 × 164; 16 KB
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Probdisb.jpg 600 × 288; 21 KB
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Prop.jpg 305 × 364; 16 KB
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PWP Jung experience.gif 373 × 373; 6.68 MB
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Single & double slit experiment.jpg 1,712 × 1,220; 438 KB
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Single and double slit 4.jpg 285 × 440; 16 KB
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Single slit and double slit2.jpg 560 × 422; 51 KB
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Single slit double slit.jpg 432 × 372; 63 KB
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Slit double 150 28.5.svg 800 × 370; 98 KB
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Slit double 57 8.svg 800 × 370; 86 KB
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Slit double particles left&right.svg 800 × 370; 94 KB
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Slit double particles left.svg 800 × 370; 92 KB
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Slit double particles right.svg 800 × 370; 92 KB
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Subwavelength slits.JPG 2,272 × 1,704; 876 KB
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Supposé.svg 640 × 480; 3 KB
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Surreal.gif 317 × 236; 5 KB
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Tonomura b.jpg 1,107 × 640; 19 KB
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Tonomura c.jpg 1,107 × 640; 84 KB
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Tonomura d.jpg 1,108 × 643; 96 KB
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Tonomura e.jpg 1,111 × 644; 89 KB
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Tweespletenexperiment.png 757 × 418; 22 KB
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Two Slit Interference, 2500nm wl, 0.1mm d, close up average.png 1,000 × 500; 385 KB
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Two Slit Interference, 2500nm wl, 0.1mm d, close up.png 1,000 × 500; 380 KB
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Two Slit Interference, 2500nm wl, 0.1mm d, distant average.png 1,000 × 500; 247 KB
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Two Slit Interference, 800nm wl, 0.1mm d, Central 5 Maxima.png 1,834 × 1,148; 113 KB
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Two Slit Interference, 800nm wl, 0.1mm d, Central Maximum.gif 600 × 370; 222 KB
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Two Slit Interference, 800nm wl, 0.1mm d, close up average.png 1,000 × 500; 545 KB
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Two Slit Interference, 800nm wl, 0.1mm d, close up.png 1,000 × 500; 504 KB
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Two Slit Interference, 800nm wl, 0.1mm d, distant average.png 1,000 × 500; 315 KB
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Two Slit Interference, 800nm wl, 0.1mm d, distant.png 1,000 × 500; 932 KB
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Two sources interference far field geometry.png 640 × 480; 10 KB
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Two-point-interference-ripple-tank.JPG 1,024 × 1,544; 175 KB
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Two-Slit Experiment Electrons.svg 500 × 350; 59 KB
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Two-Slit Experiment Light Setup.svg 300 × 400; 25 KB
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Two-Slit Experiment Light.svg 500 × 350; 25 KB
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Two-Slit Experiment Particles.svg 500 × 350; 36 KB
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Walborn1a.GIF 600 × 120; 4 KB
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Walborn3.GIF 390 × 140; 2 KB
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Wave-particle duality.gif 800 × 360; 3.03 MB
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Wavefronts of two coherent point sources.png 201 × 401; 78 KB
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Wavephoton1.GIF 600 × 130; 3 KB
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Wdcdscdsdcsac.JPG 2,592 × 1,936; 1.85 MB
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Wheeler analog Split and fuse.svg 744 × 1,052; 10 KB
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Wheeler experiment problems.svg 419 × 395; 6 KB
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Young Diffraction.png 1,988 × 882; 1.81 MB
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Young diffraction.svg 695 × 348; 28 KB
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Young Double Slit.svg 512 × 424; 20 KB
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Young experience.jpg 711 × 514; 63 KB
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Young Experiment1.JPG 1,928 × 1,042; 80 KB
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Young Experiment2.jpg 2,073 × 638; 200 KB
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Young interpretation.png 940 × 473; 190 KB
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Young's slits.jpg 4,267 × 1,179; 2.52 MB
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Young's two-slit experiment and Lloyd's mirror-ru.svg 726 × 176; 20 KB
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Young's two-slit experiment and Lloyd's mirror.png 1,518 × 379; 94 KB
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Young-Thomas-Lectures1807-Plate XXX-fig442-dbl slit.jpg 532 × 382; 48 KB
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Young.svg 577 × 152; 9 KB
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Youngi kaks pilu ja lloydi peegel.png 1,424 × 356; 157 KB
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YoungsDoubleSlit he.png 646 × 375; 194 KB
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YoungsDoubleSlit-observed.png 296 × 23; 3 KB
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YoungsDoubleSlit.png 646 × 375; 41 KB
