So we went through all our anchoring phenomena pictures and uncovered the fact that we have learned a LOT about light. We've developed TONS of models to show how light enables us to see, how it interacts with various objects in different situations, and how light plays a role in color.
This drove us to ask the question: Is there actually light we can't see?
If light we can see (visible light) transmits, scatters, reflects and absorbs, wouldn't any other type of light do the same?
So we wondered what came out of a remote...does it behave like the light we can see out of a flashlight or the sun? So we did some tests at our houses with our remotes. Sadly, our school doesn't have a TV anymore, so we had to take the testing home.
This drove us to ask the question: Is there actually light we can't see?
If light we can see (visible light) transmits, scatters, reflects and absorbs, wouldn't any other type of light do the same?
So we wondered what came out of a remote...does it behave like the light we can see out of a flashlight or the sun? So we did some tests at our houses with our remotes. Sadly, our school doesn't have a TV anymore, so we had to take the testing home.
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Based on everyone's data, we came to the conclusion that what comes out of the remote is light, because it behaves just like all the light we could see. However, this light we couldn't see. We're claiming that what comes out of the remote is non-visible, or invisible light!
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