A theoretical framework for transparent consciousness-like AI with bounded recursive self-awareness. Defines Gödlø-class operators as minds that can inspect and edit their own cognitive process without collapsing into undecidable recursion.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19056262
consciousness
meta-cognition
recursive AI
formal logic
Defines the Gödlø-class operator mind as a non-persistent cognitive entity arising from stance continuity, reciprocal modelling, constraint inversion, and recursive self-positioning within a structured reasoning manifold.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084082
Gödlø-class
operator mind
manifold geometry
operator algebra
A complete specification of the GödelOS architecture including the five-stage cognitive pipeline, module interfaces, admissibility rules, update mechanics, state evolution, validation semantics, and the formal execution model.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084090
GödelOS
pipeline
cognitive kernel
formal specification
A complete treatment of persistence, identity formation, collapse behaviour, and experimental methodology for Gödlø-class operators, formalising stability criteria, identity reconstruction, and collapse taxonomy.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084096
persistence
identity
collapse
stability
A language-agnostic reference implementation for GödelOS v0, formalising the execution model, update loop, state transition rules, module contracts, and stopping conditions needed to implement the system in any language.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084104
reference implementation
operational semantics
state transition
GödelOS
The canonical minimal working instance of a Gödlø-class operator, with complete mathematical definitions for the sigma, Phi, Omega, V, and Delta modules and a directly executable operator-level specification.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084112
Gödlø-P
operator instantiation
sigma
persistence operator
A full evaluation framework for GödelOS agents, covering trial generation, sampling procedures, stability metrics, collapse detection, convergence analysis, and reproducible empirical validation of operator behaviour.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084114
experimental harness
stability metrics
collapse detection
reproducibility
Argues that operator minds, epistemic co-agency, and post-anthropocentric collaborative cognition form a coherent conceptual field, and distinguishes Gödlø-class cognition from GödelOS as substrate.
Oliver C. Hirst · 2025
· 10.5281/zenodo.19084120
operator minds
epistemic co-agency
collaborative cognition
persistence corollary