[Home]Googolhedron

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A googol is usually estimated to be at least 45 orders of magnitude higher than the total number of subatomic particles in the Universe. So a physical googolhedron the size of the entire universe would still be subatomically smooth.
A googol is usually estimated to be at least 45 orders of magnitude higher than the total number of subatomic particles in the observable Universe. So a physical googolhedron the size of the entire observable universe would still be subatomically smooth.

A polyhedron with a googol faces.

A googol is usually estimated to be at least 45 orders of magnitude higher than the total number of subatomic particles in the observable Universe. So a physical googolhedron the size of the entire observable universe would still be subatomically smooth.


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Last edited September 28, 2001 12:01 am by AxelBoldt (diff)
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