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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.
by Groxx 4y ago
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.
- mark254 4y agoWouldn'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 ;)
- mathgeek 4y agoGood discussion on this at https://old.reddit.com/r/askmath/comments/10a2xmc/do_corners_exist_in_math_help_me_settle_a_debate/ https://old.reddit.com/r/askmath/comments/10a2xmc/do_corners... One of the requirements is that you have to clearly define whether your n-dimensional object is a solid.
- inkcapmushroom 4y agoYou should instead try some belly-button logic.