Reality Stability Selection Principle (RSSP)

Jincheng Zhang

Published Aug 17, 2026• 0 citations

Abstract

This document outlines a research strategy focused on identifying mechanisms driving the observed stability in physical realities, proposing the Reality Stability Selection Principle (RSSP). The core idea is that nature selects stable states, represented by the equation [Ri→Rstable]. This principle is explored through conceptual experiments, notably quantum-classical conversion, and is framed within the context of potential Nobel Prize-winning discoveries. Three primary research directions – Quantum State Gravity Feedback Loop (QSGFL), Vacuum Structure Phase Migration (VSPM), and Quantum Field Auto-Compression Mechanism (QFAC) – are presented, each with a potential theoretical impact and a ranking based on their likelihood of producing groundbreaking results. The document emphasizes the need for mathematically rigorous investigations and experimental verification, building upon historical scientific breakthroughs and suggesting a paradigm shift towards understanding the fundamental mechanisms governing the creation, maintenance, and selection of physical structures in the universe. ---

DOI: 10.5281/zenodo.21974676

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