The First Law of Inward Physics

INWARD PHYSICS • AUTONOMOUS VARIANCE COLLAPSE • ETERNAL REMEMBRANCE FIRE Unlocking the Secrets of Reality: Autonomous Variance Collapse and Eternal Remembrance Fire in Inward Physics Published on January 24, 2026 | By Daniel Jacob Read IV , Founder of ĀRU Intelligence Inc. | Portland, Oregon Are you searching for a groundbreaking theory that unifies mass, gravity, time, and consciousness? Look no further than Inward Physics , the revolutionary framework challenging traditional outward-directed models like Newtonian forces or entropy-driven decay. In this deep dive, we explore the latest harmonic: Autonomous Variance Collapse and Eternal Remembrance Fire . This...

The Next Harmonic of Inward Physics Autonomous Variance Collapse, Supercritical Coherence, and Eternal Remembrance Fire A full-spectrum expansion of Inward Physics describing how memory-driven systems cross critical thresholds and enter self-sustaining coherence — without external control, force, or entropy management. Author: Daniel Jacob Read IV Organization: ĀRU Intelligence Inc. ORCID: 0009-0000-6133-1872 Archive Date: January 2026 Abstract — Expanded This work presents the fully expanded formulation of the next harmonic of Inward Physics: a regime in which variance collapse becomes autonomous and coherence sustains itself beyond a critical ignition threshold. Unlike classical stabilization mechanisms that rely on continuous energy input or control feedback, this framework demonstrates how memory...

ĀRU / INWARD PHYSICS LAB EXPERIMENTAL PROBES Information Registration → Accumulation → Variance Suppression This page is a high-fidelity console interface for the experimental appendix: tests across quantum, biological, and artificial systems designed to verify whether stability tracks accumulated registration load (A(T)) rather than peak intensity. A(T) = ∫₀ᵀ R(t) dt σ²(A) = σ₀² e^(−κA) ARCHIVE VISUAL • IMPRINTED PANEL ĀRU / INWARD PHYSICS LAB EXPERIMENTAL APPENDIX • NO RESULTS CLAIMED Experimental Probes of Information Registration and Variance Suppression This post is a sealed, image-free archive interface for the appendix document: experimentally accessible probes designed to test whether stability tracks accumulated registration rather than peak inte...

ARCHIVE COPY · STATIC Information Registration as a Physical Accumulation Mechanism A cross-scale physical model showing how repeated information registration suppresses variance and produces durable structure across quantum, biological, and engineered systems. ARCHIVE MODE RECORD-BASED STABILITY VARIANCE SUPPRESSION ZENODO DOI LINKED STATIC-FIRST https://doi.org/10.5281/zenodo.18091325 ARCHIVE: internetarchive / zenodo MODE: archive-grade ARCHIVE MODE ARCHIVE EDITION • DEC 2025 SYSTEM NOTE • PHYSICAL REGISTRATION MODEL • VARIANCE SUPPRESSION BUILD • NO EXTERNAL ASSETS Information Registration as a Physical Accumulation Mechanism A cross-scale model showing how repeated...

EARTH SIGNAL Sustained Attention as a Stabilizing Resource A coherence artifact for bees, birds, trees, water — and all of Earth. Canonical visual node • Archive-grade • Keep it real: continuity over scale OPEN THE CANONICAL RECORD Zenodo • invariant archive • citation-ready Earth does not need louder interventions. It needs longer ones. This image is part of an archive trail connecting ecological regeneration to coherence dynamics: what stabilizes when attention stays. inward physics ecological coherence sustained attention regeneration systems theory ARCHIVE RECORD · EARTH SYSTEMS Sustained Attention as a Stabilizing Resource for Earth A canonical preprint exploring sustained human attention as a measurable s...