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0 pointsGroxx3y ago0 comments

It only looks like that if you're not observing the math from all four Earth rotations simultaneously, i.e. from the four corners of the time cube.

0 comments

Wouldn't a (3-D) cube have eight corners?

And 3 length dimensions plus time gives a hypercube, with 16 corners.

For 11 dimensions, 2048 corners... for 26, 2^26 ;)

One of the requirements is that you have to clearly define whether your n-dimensional object is a solid.

You should instead try some belly-button logic.

j / k navigate · click thread line to collapse

0 pointsGroxx3y ago0 comments

It only looks like that if you're not observing the math from all four Earth rotations simultaneously, i.e. from the four corners of the time cube.

Wouldn't a (3-D) cube have eight corners?

And 3 length dimensions plus time gives a hypercube, with 16 corners.

For 11 dimensions, 2048 corners... for 26, 2^26 ;)

One of the requirements is that you have to clearly define whether your n-dimensional object is a solid.

You should instead try some belly-button logic.

j / k navigate · click thread line to collapse