Canonical Reference: Reactive Substrate Theory v1.1
Canonical Reference: Reactive Substrate Theory v1.1
Title:
Reactive Substrate Theory: A Minimal Scalar-Field Framework for Emergent Time,
Gravity, and Quantum Phenomena
Author: Derek Flegg
Version: v1.1 (Closure + Tests)
Status: Preprint / Working Framework
What This PDF Contains
- RST v1.0 archived baseline
- RST v1.1 closed equations
- Correspondence with GR and QM
- Explicit assumptions and domain of validity
- Falsifiability criteria
- Numerical simulation starter guidance
- Observational signature checklist
How to Cite
Flegg, D. (2026). Reactive Substrate Theory: A Minimal Scalar-Field Framework for Emergent Time, Gravity, and Quantum Phenomena (v1.1). Independent preprint.
Why Only One Canonical Document
- Avoids confusion across blog posts
- Creates a stable citation target
- Makes disagreement precise
- Prevents accidental theory sprawl
All blog posts, notes, and diagrams should point back to this document.
How to Contribute to Reactive Substrate Theory
RST is an open, test-driven theoretical framework. Contributions are welcome from researchers, students, and independent scientists who are interested in evaluation, simulation, or falsification.
Who Should Contribute
- Computational physicists and numerical modelers
- Cosmologists working with CMB or high-redshift data
- Condensed matter or soliton specialists
- Researchers interested in emergent time or gravity
Types of Contributions Welcome
- Numerical simulations of the substrate equation
- Stability and solution analysis
- Comparison with GR weak-field limits
- Re-analysis of existing astronomical datasets
- Formal critiques and falsification attempts
Contribution Guidelines
- Work must clearly state assumptions and parameter choices
- Negative results are as valuable as positive ones
- No speculative extensions beyond v1.1 scope
- All claims must be reproducible
The goal is clarity, not confirmation.
Reactive Substrate Theory (RST) v1.0 — Archived Baseline
Status: Frozen and archived.
RST v1.0 represents the first internally consistent formulation of Reactive Substrate Theory. It establishes the core ontology, minimal dynamical equations, and correspondence with General Relativity and Quantum Mechanics.
As of this point, RST v1.0 is no longer under development. The equations, assumptions, and interpretations defined in v1.0 are preserved for reference, citation, and historical context.
Purpose of the Archive
- Provide a stable reference point for comparison
- Prevent conceptual drift or retroactive rewriting
- Allow external researchers to evaluate a fixed system
What v1.0 Established
- A single nonlinear scalar substrate field S(x,t)
- Emergent time as a local rate, not a fundamental dimension
- Particles as stable soliton-like excitations
- Gravity as substrate gradients
- Black holes as finite, dynamical substrate wells
- No requirement for dark matter or dark energy
All future work builds on — but does not alter — this baseline.
Reactive Substrate Theory (RST) v1.1 — Closure and Tests
Scope: RST v1.1 is not an expansion of the theory. It is a closure of v1.0 and a formalization of how the framework can be tested, simulated, or falsified.
What “Closure” Means
- All undefined functional terms are fixed
- Correspondence with GR and QM is made explicit
- Units, variables, and domains of validity are specified
- No new fundamental entities are introduced
What v1.1 Adds
- A minimal resonance functional FR
- An explicit weak-field mapping to Newtonian gravity
- A correspondence principle linking QM observables to substrate quantities
- A set of observational and numerical tests
What v1.1 Explicitly Does Not Do
- Propose exotic propulsion or speculative technologies
- Claim experimental validation
- Replace GR or QM as working calculational tools
- Introduce adjustable “fit” parameters to force agreement
RST v1.1 exists to be tested or ruled out, not protected.
