The Actualization Theory

A Reconstruction of Physics from Difference, Actualization and Spectrum

AT

The short name for The Actualization Theory

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Version 2.0 (canonical) — The Actualization Theory

AT investigates whether matter, quantum behavior, and gravitation emerge from self-organizing oscillations of a temporal field.

Publication

Zenodo archive: https://doi.org/10.5281/zenodo.20681734

Research Atlas

Web Page: https://actualization-theory.runasp.net/

Naming

AT is the project acronym and the short name used throughout the project.

The official theory name is The Actualization Theory — A Reconstruction of Physics from Difference, Actualization and Spectrum.

The acronym AT is retained for historical continuity and repository compatibility.

Core Hypothesis

Matter is not fundamental. Matter consists of dynamically stabilized wave structures inside a temporal field. Synchronization and resonance are more fundamental than particles.

Primitives

• Actualization — the base count-producing process
• Q-event — the unit of count produced through Actualization
• Difference — the irreducible boundary that Actualization reads
• (ℓ, τ, ħ) — the irreducible physical triple: where, when, and how much

Emergence Chain

Difference + η
    ↓
Actualization
    ↓
Inevitable Spectrum
    ↓
Physics
    ↓
Derived structures

Research Programs

Program	Experiments	Status
DATA — Cosmology & RAR	10 (DATA-001→010)	Complete
QM — Quantum Foundations	5 (QM-001→005)	Complete
QG — Quantum Gravity	31 (QG-001→031)	Complete
G4 — Native Metric-to-Operator Coupling	57 phases / 171 tests	Complete
AT-F — Foundation	4 phases / 9 tests	Complete
AT-QG — Actualization→Gravity Unification	104 phases / 312 tests	Complete
Total	211

Key Results

• G is not fundamental: G = ℓ²c³/ħ — gravity emerges from the triple
• ℓ > 0 and τ > 0 are logically required — not assumptions
• (ℓ, τ, ħ) is the irreducible triple — one process, three aspects
• Oscillation = logical inevitability — cannot be removed without destroying Q
• Frequency architecture > raw energy — organization determines physics
• Gravity = phase gradient phenomenon — attraction dominates, repulsion is Dark Energy
• Gravity manipulation is NOT possible (QG-023→031, 9 experiments, 1 conclusion)
• RAR derivation: g† = c·H₀/(2π) — zero free parameters
• Parameter compression: SM+GR (~26) → AT (2+3) — ~5-8× reduction
• Novel predictions: w(z) = -1 + 0.015·(1+z)^(3/2), evolving g†(z), Euclid sensitivity
• Native conformal operator (G4): Lc = ρ⁻¹ L ρ⁻¹ ≈ Δ_g reconstructs curvature sign and magnitude from density and adjacency alone — no metric tensor, no Laplace–Beltrami import
• Native curvature evolution law (G4-E): R = F(ρ), Ṙ = F′(ρ)·ρ̇ with F′(ρ) < 0 — a closed curvature–density relation
• Curvature feedback is anti-diffusive (G4-E1): the naive feedback is a positive-feedback instability — a bounded cosmology requires an additional restoring term

Build & Test

dotnet build AT.Core/AT.Core.csproj
dotnet test AT.Tests/AT.Tests.csproj

Requirements: .NET 10, MathNet.Numerics 5.0

Documentation

• Docs/NewChat_Start.md — Primary project memory and research direction
• Docs/AT_QuantumGravity_Program.md — Complete QG program summary
• Docs/AT_LabBook.md — Detailed experiment results
• Docs/Research/G4*.md — Program G4 phase reports (native metric-to-operator coupling)

Publication

• Docs/Publication/V2.0/main.pdf — Canonical monograph V2.0 (95 pages)
• Docs/Publication/V2.0/ActualizationTheory_PredictionRegistry.pdf — Prediction Registry v1.0 (24 pages)
• Docs/Publication/RELEASE_NOTES_V2_0.md — V2.0 release notes
• Docs/Publication/Zenodo_Abstract_V2_0.md — Zenodo abstract
• Docs/Research/ATQG_ClaimClassificationRegistry.md — claim classification (source of truth for wording)