Experimental Roadmap for Inward Physics: Proposed Bounded Empirical Probes for the Memory Field Paradigm (Version 1.0)

This preprint presents a bounded experimental roadmap for testing the Memory Field Paradigm, which proposes a scalar memory-density field μ(x,t) as a primitive ontological substrate. The document defines explicit, falsifiable empirical probes across neural (EEG), computational (diffusion–damping simulations), ecological (group attention field studies), behavioral (temporal metric probes), probabilistic (relational sampling models), and advanced quantum coherence regimes. Core testable consequences include:• Exponential variance suppression under sustained structured input• Coherence stabilization signatures in coupled subsystems• Gradient-linked temporal metric shifts• Cross-scale persistence of stabilization dynamics• Probability distribution modulation under memory-weighted parameterizations All experiments are designed for replication using consumer-grade instrumentation or open computational systems. Falsifiability conditions are explicitly stated. This document is methodological and empirical in scope. Ontological implications are not treated here. Version 1.0 — February 19, 2026.