We develop a foundational framework in which quantum mechanics, spacetimestructure, and gravitation emerge from a unifying informational principle.1–3 ThePrinciple of Least Information (PLI) asserts that among empirically admissible descriptions of the universe, those with minimal total algorithmic description lengthare physically realized. We show that PLI naturally leads to a polarization-invarianttwo-time structure, from which standard quantum mechanics arises as a reduced opensystem dynamics. Energy, vacuum structure, particle properties, and modified gravityemerge consistently within this framework. This work presents the first comprehensiveformulation of the theory.
James Antoniadis (Mon,) studied this question.