Endless Light: A Look Into the Sphere of One Way Mirrors

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SUMMARY

The discussion centers on the behavior of light within a hollow sphere surrounded by a one-way mirror. It concludes that light will not remain trapped indefinitely; instead, its intensity will diminish over time until it becomes unobservable. The mechanism of one-way mirrors is explained, highlighting that they are coated with less silver than regular mirrors, allowing more light transmission while still reflecting some light. Observers in a dark room will see transmitted light, while those in a lit room will see reflected light, indicating that light is leaking from the sphere.

PREREQUISITES
  • Understanding of one-way mirror technology
  • Basic principles of light behavior and reflection
  • Knowledge of photon interaction with photo-receptors
  • Familiarity with concepts of light intensity and visibility
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  • Research the physics of light reflection and transmission
  • Explore the construction and applications of one-way mirrors
  • Study the behavior of photons in different environments
  • Investigate the principles of light intensity decay over time
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Physics enthusiasts, optical engineers, and anyone interested in the properties of light and mirrors will benefit from this discussion.

abelco
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Would light in a hollow sphere with one way mirror around it continue to have the light trapped bouncing inside forever? one way mirror so in a dark room you can see the light inside. infinite lite light bulb..sorta.
 
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The gist of how one way mirrors work is that a piece of glass is coated with less silver than a regular mirror. This allows more light to be transmitted through the mirror. Light is still reflected, however, and, between a light and dark room, an observer in a lighted room will see an abundance of reflected light while an observer in the dark room will see an abundance of transmitted light. So, light will not bounce around forever. It will reduce in intensity until there is no observable light.

Another way to look at things is if you can see the light from the sphere, your observation is of photons hitting the photo-receptors in your eye. This means that the light had to leave the sphere and end up in your eye. So, if you can see it, then it must be leaking light (ideally speaking).
 
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thank you for the answering :D
 

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