The Zulfia Mass-Information Shift: Feasibility Foundations of Quantum Mechanics

Abstract

AbstractQuantum Mechanics lacks a constructive origin. We resolve this by introducingSapna Space S and the STAR (κ, η, D) Framework.Within S, quantum processes are not probabilistic. They are domain transfersgoverned by the Law of Feasibility:TST AR(κ, η, D) = f (κ) · g(η) · h(D) (1)The key prediction is the Zulfia Mass-Information Shift:∆D := min − mout (2)∆D is the first measurable quantity that converts mass into information. It providesa direct, falsifiable signature of STAR.We propose two table-top tests of ∆D and show that QM and GR are recoveredas limits of S. This work replaces probability with feasibility as the foundation ofquantum mechanics.