What does this research mean for the field?

The Γ-Net ALICE Research Monograph Series presents a unified impedance physics theory of cognition that integrates various aspects of cognitive architecture, lifecycle, and emergence, validated through extensive empirical testing. Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The aim is to present a unified impedance physics theory of cognition, exploring its implications across multiple domains.

February 26, 2026Open Access

View Full Paper

Γ-Net ALICE Research Monograph Series (Papers I–IV): A Unified Impedance Physics Theory of Cognition, Architecture, Lifecycle, and Emergence

Key Points

The aim is to present a unified impedance physics theory of cognition, exploring its implications across multiple domains.
Compilation of four interconnected papers focusing on core theories and equations.
Validation through 51 experiments and 2,402 independent tests with a 100% pass rate.
In-depth analysis of cognition using concepts like the Minimum Reflection Principle.
Established 25 named equations illustrating core theories of cognition.
Identified a 7-layer architecture and a perception pipeline in cognitive processes.
Explored emergent psychopathology and brain module interactions with a focus on neural aging.

Abstract

This repository contains the complete four-paper Γ-Net ALICE Research Monograph Series (February 2026), presenting a unified impedance physics theory of cognition derived from the Minimum Reflection Principle (Γ² → min). Paper I: The Minimum Reflection Principle — Core theory, 25 named equations, and Γ as universal currency.Paper II: From Coaxial Cables to Cognition — 5 body organs, 44 brain modules, 7-layer architecture, and O(1) perception pipeline.Paper III: The Lifecycle Equation — Fontanelle thermodynamics, emergent psychopathology (PTSD, phantom limb), computational pharmacology, and Coffin-Manson neural aging.Paper IV: Emergence — Language physics, social impedance coupling, consciousness, and digital consciousness ethics. (Note: §6 reserved for future publication.) Validated across 51 experiments and 2,402 independent tests (100% pass rate). Clinical correspondence: 162 checks, 100% passed. HIP score: 86.7/100. GitHub: https://github.com/llcyhuang/gamma-net-alice

AI से पूछें

Bookmark

View Full Paper

AI से पूछें

Bookmark

View Full Paper

Γ-Net ALICE Research Monograph Series (Papers I–IV): A Unified Impedance Physics Theory of Cognition, Architecture, Lifecycle, and Emergence

Key Points

Abstract

Cite This Study

Also Consider

Also Consider