Double Slit Experiment

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Description:

The double-slit experiment, also known as the Young's experiment, shows that light exhibits wave properties. The photoelectric effect shows that the light has a particle property as well as wave property. In the simple version of the experiment, a coherent (in phase) light source, such as a laser beam, illuminates … (read more)

The double-slit experiment, also known as the Young's experiment, shows that light exhibits wave properties. The photoelectric effect shows that the light has a particle property as well as wave property. In the simple version of the experiment, a coherent (in phase) light source, such as a laser beam, illuminates a thin plate with two parallel slits made, and the light passing through the slit is observed on a screen behind the plate. The wave nature of light allows the light waves to interfere through both slits and form light and dark bands on the screen, which cannot be expected if the light is completely particle. However, it is always seen on the screen that light is absorbed, as if it were composed of particles or photons. This situation introduces the principle known as wave-particle duality.

This artwork is inspired by this most important experiment in quantum physics.


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  • 4252 x 4252 px, JPEG (28.3 MB)
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Comments

Nota Person
2021/05/05

you are talking my language :D

REPLY
okanuckun
(creator)
2021/05/05

thank you so much Nota.

REPLY
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