Metabolic Tzolkin OS — RFC 0001: Cognitive-Metabolic Operating System Specification v1.0

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Veröffentlicht: Zenodo 2025
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contents <p><strong>Abstract:</strong><br> Metabolic Tzolkin OS v1.0 defines the first formal cognitive-metabolic operating system based on the classical 20×13×260 structure of the Tzolkin and the thermodynamic model of attention known as Metabolic Weather.</p> <p> This RFC (0001) specifies the full architecture of the system, including core rhythmic matrices, agent-tone state machine (260 states), metabolic field physics (ΦR = P·V = k·T), multi-layer cognitive engines (BSE, EPE, FRE, MFE, GSE, ME), behavioral logic engine (ALE), interoperability model for AI/LLM/MAS systems, META-PROMPT grammar, security considerations, test vectors, and conformance requirements.</p> <p> The document standardizes how rhythm can function as a computational substrate for perception, prediction, semantic interpretation, and action, forming the basis for rhythm-aware artificial intelligence and multi-agent cognition.</p>
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language eng
publishDate 2025
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spellingShingle Metabolic Tzolkin OS — RFC 0001: Cognitive-Metabolic Operating System Specification v1.0
LvsD
Metabolic Tzolkin OS
Metabolic Weather
Cognitive Operating System
Multi-Agent Systems
Rhythm Computing
RFC 0001
Tzolkin
Cognitive Architecture
<p><strong>Abstract:</strong><br> Metabolic Tzolkin OS v1.0 defines the first formal cognitive-metabolic operating system based on the classical 20×13×260 structure of the Tzolkin and the thermodynamic model of attention known as Metabolic Weather.</p> <p> This RFC (0001) specifies the full architecture of the system, including core rhythmic matrices, agent-tone state machine (260 states), metabolic field physics (ΦR = P·V = k·T), multi-layer cognitive engines (BSE, EPE, FRE, MFE, GSE, ME), behavioral logic engine (ALE), interoperability model for AI/LLM/MAS systems, META-PROMPT grammar, security considerations, test vectors, and conformance requirements.</p> <p> The document standardizes how rhythm can function as a computational substrate for perception, prediction, semantic interpretation, and action, forming the basis for rhythm-aware artificial intelligence and multi-agent cognition.</p>
title Metabolic Tzolkin OS — RFC 0001: Cognitive-Metabolic Operating System Specification v1.0
topic Metabolic Tzolkin OS
Metabolic Weather
Cognitive Operating System
Multi-Agent Systems
Rhythm Computing
RFC 0001
Tzolkin
Cognitive Architecture
url https://doi.org/10.5281/zenodo.17667840