Double-slit Experiment, 1 of 3

Double-slit Experiment, 1 of 3

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This image is part of the sequence science and technology: double- slit interference experiment

Credit: GIPHOTOSTOCK/SCIENCE PHOTO LIBRARY

Caption: Double-slit experiment, Photo 1 of 3. Interference pattern observed in a modern-day replica of Thomas Young's double-slit experiment. A coherent beam from a Helium-Neon laser is incident on two closely-spaced 25-micron-wide slits and the resulting diffraction pattern is observed at some distance away. In this series the camera to the double-slit distance is fixed. Photo 1 and Photo 2 use two different Helium-Neon lasers, red (632.8 nm) and green (543.4 nm), illuminating the same double-slit (75 micron slit separation). Note the fringe spacing is smaller for shorter (green) wavelength. Photo 3 uses the same red laser as Photo 1, but the separation between the individual slits is smaller (58 micron). Note the increased fringe spacing in Photo 3 compared to

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Keywords: coherent, color, demonstration, diffract, diffraction, double, double-slit, education, educational, effect, experiment, fraunhofer, fringe, green, he, helium, interference, laser, light, monochromatic, ne, neon, optical, optics, phenomenon, physics, red, science, scientific, sequence, slit, visible, wave, wavelength

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