What question did this study set out to answer?

The aim is to establish constraint-based admissibility as a foundational framework connecting multiple domains including computation and physics.

February 2, 2026Open Access

Constraint-Based Admissibility Systems: A Structural Framework Linking Living Field Theory, Structural Inevitability Computing, and Quantum Memory Effects

Key Points

The aim is to establish constraint-based admissibility as a foundational framework connecting multiple domains including computation and physics.
Introduced the concept of constraint-based admissibility
Formalized Structural Inevitability Computing
Explored the relationship with Living Field Theory
Discovered a constraint-based phase transition
Identified connections between inevitability and computational capacity

Abstract

This paper introduces constraint-based admissibility as a unifying structural framework for computation, physics, and quantum memory phenomena. It formalizes Structural Inevitability Computing and reports the discovery of a constraint-based phase transition governing inevitability and capacity. The work is related to, but independent from, the broader Living Field Theory project.

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