Toward New Physics: Hidden Realities Embedded in Physical Universes

This contribution addresses bounds of Physical Universes, PUs with their locally reconfigurable Boundary Conditions, BCs; those may open effective methods to design self-resolution processes to solve possible problems and future conflicts to save ingredients of specific PUs. Some questions arise from analytical searching of whether PU is bounded in its topological configuration scheme or it does not. If PU is either bounded or unbounded then those come for responses of ingredients of PU’s network with open questions, those have specific roles at actions of physical events in both microscopic and macroscopic levels. Physical processes are configured with contributions of BCs from partial differential equations those are ordered according to measurable physical dimensions of their PUs and ranks of their PUs’ networks’ state space.  The principal question is whether there exists a Boundary Enclosure, BE or it does not. Secondary question is whether PU is closed or open.

Answers come from extract-ability of BCs from physical invariants through inverse problem schemes. If there exists BE then there could not exist sink-source structure, s-sS on interface surface of BE, because s-sS may provide to remove BE either locally or globally.  The s-sSs are processes as communication, transition, and etc. on BE.

Solutions come from considerations of single point space, inflective pathway, and topological transformations generate able from specific transformations as extending and expanding Fourier transformation.