Designed by Fu-Kwun Hwang http://www.phy.ntnu.edu.tw/ntnujava/
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[ { "Name": "drag", "Active": "true", "Internal": "false", "Type": "LIBRARY_EDITOR", "Comment": "", "Code": "function drag () {\n dxp=2*x1*k;\ndyp=2*y1*k;\n\nfor(var i=0;iThe Michelson Interferometer is one of the most important devices in the history of physics, playing a central role in experiments that revolutionized our understanding of light, space, and time. Today, you can explore how this device works using a powerful Michelson Interferometer Simulation Applet, built in JavaScript and running on HTML5. This interactive tool helps visualize how light interference patterns are formed and how small differences in distance can lead to profound changes in the behavior of light.
\n\nThe Michelson Interferometer was invented by Albert A. Michelson in the late 19th century and is known for its use in the famous Michelson-Morley experiment. The device splits a beam of light into two paths, reflects the beams back, and then recombines them. As the two light beams travel different distances, they interfere with each other when they meet again, creating a pattern of bright and dark fringes.
\n\nThese interference patterns depend on:
\nThis Michelson Interferometer JavaScript Simulation Applet allows users to interact with a virtual interferometer, replicating real-world experiments in a controlled digital environment.
\n\nKey features of the applet include:
\nThe applet offers various controls and parameters that users can adjust in real-time to see how different configurations affect the interference pattern:
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