What question did this study set out to answer?

This research aims to establish a framework for developing a fundamental physics program without traditional institutional constraints.

April 17, 2026Open Access

Ontology of Irreducible Execution: A Distributed Research Program in Fundamental Physics (Blocks 0-III)

Key Points

This research aims to establish a framework for developing a fundamental physics program without traditional institutional constraints.
Introduced the concept of a Distributed Execution Method for scientific production.
Decoupled human intuition from AI formalization to enhance knowledge generation.
Formally established Axiom IV as a basis for distributed computational knowledge.
Demonstrated that knowledge can be viewed as a distributed computational process.
Outlined the Architecture of Verification governing technical derivations in the three blocks of the program.

Abstract

This article documents a shift in the regime of scientific production: the Distributed Execution Method. By decoupling Ontological Agency (human intuition) from Technical Agency (AI formalization), we demonstrate how a fundamental physics program—the Ontology of Irreducible Execution—can be developed without institutional gatekeeping. We formally establish Axiom IV, which postulates that knowledge is a distributed computational process, and present the Architecture of Verification (XAI Protocol) that governs all derivations in the associated technical trilogy: Block I (Axiomatic Core), Block II (Geometric Emergence), and Block III (Galactic Mechanics). This program is designed as a Formal Seed for Deferred Computational Validation. ### REPOSITORY IDENTIFIERS AND PROTOCOLS. EXEC-ONTOLOGY-2026 AXIOM-IV-DISTRIBUTED TRANS-SYMBOLIC-PROOF-REQ ARCHITECTURE-OF-DISTRUST TCOP-STATUS DEFERRED-VALIDATION-SEED GARCIA-BLANCA-2026

Ontology of Irreducible Execution: A Distributed Research Program in Fundamental Physics (Blocks 0-III)

Key Points

Abstract

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