Subspace physics

Subspace physics investigates the properties and applications of the reduction of the number of dimensions in N-space-time continuum. Subspace exists parallel to the conventional four-dimensional space-time and operates under different physical laws and constants in the sense it is composed of only three dimensions. By modifying local N-space in appropriate ways, Subspace can be forced to bubble up to N-space, thus forcing it to behave in new and incredibly useful ways.

At the heart subspace physics if the study of subspace fields, which interact with and extend outside the fabric of N-space-time continuum. These fields can influence various physical processes of real space.
Another central aspect of subspace physics is the concept of subspace resonance: this phenomenon occurs when subspace fields interact with matter or energy in specifically directed ways, leading to effects such as subspace compression and decompression. These effects can alter the perceived volume and density of objects, enabling various applications.