Hyperdimensional Mechanics

Hyperdimensional Mechanics are a framework theory and hypothesis that seeks to study how atoms, frequencies and other physical and extraphysical elements woyld behave at hyperdimensional and extradimensional level, that is, outside the dimension where we live and the interaction between dimensions as well. Hyperdimensional mechanics seeks to create a bridge and connection between extraphysical mechanics, multiverse theory, hyperdimensional physics and string theory, but mainly between extraphysical mechanics and multiverse theory.

"Hyperdimensional mechanics is an interesting field for be developed inside physics, futhermore, it might take some time until it start to be developed and even tested in practice, even hyperdimensional mechanics are part of post-empirical sciences since multiverse theory and extraphysical mechanics are purely post-empirical, but still valid study areas even being considered as non-scientific by some of people."

by Full Monteirism May 3, 2021

Hyperdimensional Mechanics

The branch of physics describing motion through hyperdimensional space—realms with so many dimensions that the very concept of "motion" becomes meaningless, since you're already everywhere at once. In hyperdimensional mechanics, objects don't move; they simply are, in all possible configurations simultaneously. Position, velocity, acceleration—these are 3D concepts that don't apply in hyperdimensional contexts. What does apply is a kind of pure mathematical existence, where objects are defined not by coordinates but by relationships, and motion is replaced by "reconfiguration." This is either profound physics or a really fancy way of saying "stuff is complicated."

Hyperdimensional Mechanics Example: "She tried to explain hyperdimensional mechanics to her cat, who was sitting in a box. 'In hyperdimensional space,' she said, 'you are simultaneously in the box, out of the box, and never in any box at all.' The cat blinked, then chose one of those options and left. The cat, she realized, understood hyperdimensional mechanics better than she did."

by Abzugal Nammugal Enkigal February 15, 2026