Zen-Noh (Japan)

Cosmic Texture Theory (CTT) – Article 2: The Mechanical Reality of Light, the Impossibility of Spacetime Curvature, and the Hydrodynamic Origin of Galactic Rotation

This second article in the Cosmic Texture Theory (CTT) series provides a rigorous mechanical derivation of light, time, and gravitational phenomena from the Texton Continuum. It is demonstrated that Maxwell's equations are the natural linearized expressions of the shear dynamics...

Cosmic Texture Theory (CTT) – Article 2: The Mechanical Reality of Light, the Impossibility of Spacetime Curvature, and the Hydrodynamic Origin of Galactic Rotation

This second article in the Cosmic Texture Theory (CTT) series provides a rigorous mechanical derivation of light, time, and gravitational phenomena from the Texton Continuum. It is demonstrated that Maxwell's equations are the natural linearized expressions of the shear dynamics...

ZenBrain measurement package: judged outputs, flag manifests, and analysis scripts

Reproduction package for the mechanism ablation tables of ZenBrain: A Neuroscience-Inspired 7-Layer Memory Architecture for Autonomous AI Systems (arXiv:2604.23878). npm install npm run experiments Four suites, 95 tests. No API keys, no network, no data files, no external service...

Measuring What Retrieval Misses: Probe-Calibrated Recall and Absence Estimation Without Assessing the Unretrieved Segment

Deployed retrieval systems routinely need two numbers they cannot currently obtain: an estimate of the relevant material they failed to retrieve, and a calibrated statement of what a run of failed searches does - and does not - imply about absence. The measurement tools that exis...

Do LLM Agents Use Visible Age Signals? A Preregistered Measurement of Judgment, Damage, and Enforcement Need under Shared-State Visibility Delay

Preregistration note - protocol fixed before any data collection. No results are included. Server-side staleness enforcement in multi-agent LLM systems - write-time rejection of stale views, temporal supersession, bounded-staleness invariants - rests on one unmeasured assumption:...

Measuring What Retrieval Misses: Probe-Calibrated Recall and Absence Estimation Without Assessing the Unretrieved Segment

Deployed retrieval systems routinely need two numbers they cannot currently obtain: an estimate of the relevant material they failed to retrieve, and a calibrated statement of what a run of failed searches does — and does not — imply about absence. The measurement tools that exis...

Universal Admission and Repair Algorithm: Open Executive Safety Architecture

UARA — Universal Admission and Repair Algorithm is an open executive safety architecture for autonomous and self-adaptive systems operating under uncertainty, bounded authority, incomplete observation, and recoverable execution. UARA is not a new theory. It is the executable laye...

Universal Admission and Repair Algorithm: Open Executive Safety Architecture

UARA — Universal Admission and Repair Algorithm is an open executive safety architecture for autonomous and self-adaptive systems operating under uncertainty, bounded authority, incomplete observation, and recoverable execution. UARA is not a new theory. It is the executable laye...

ZenBrain: A Neuroscience-Inspired 7-Layer Memory Architecture for Autonomous AI Systems

ZenBrain is a seven-layer, neuroscience-derived memory architecture for LLM agents that unifies fifteen mechanisms—from Two-Factor synaptic consolidation to a Simulation-Selection sleep loop—under a single MemoryCoordinator: nine foundational algorithms plus six Predictive Memory...

Belief-MVCC: A Coherence and Transaction Layer for Shared Agent Memory

We present a coherent, transactional, semantic shared-memory kernel through which specialised AI cores read and write while staying consistent. The design combines belief revision (AGM; Darwiche–Pearl; Konieczny–Pino Pérez), distributed-systems consistency (causal+, RedBlue, BSP)...

Semantic Resurrection Bounds Verifiable Deletion: A Measured Characterization of the Identity Ceiling in Agent-Memory Forgetting

Cryptographically verifiable deletion in agent memory is an active area: dependency-aware unlearning, cascade repair, and crypto-shredding with deletion receipts are all established. This note addresses a narrower question that survives that prior art: what bounds verifiable dele...

Semantic Resurrection Bounds Verifiable Deletion: A Measured Characterization of the Identity Ceiling in Agent-Memory Forgetting

Cryptographically verifiable deletion in agent memory is an active area: dependency-aware unlearning, cascade repair, and crypto-shredding with deletion receipts are all established. This note addresses a narrower question that survives that prior art: what bounds verifiable dele...

Spontaneous Near-Criticality and Type-Graded Robustness in a Four-Atom Conway Cellular Automaton

A minimal variant of Conway's Game of Life, extended by four atom types and a 4x4 inter-type interaction matrix, spontaneously lands inside the Wilting-Priesemann near-critical band on 100/100 nominal trials across five structured presets, while a 20-random-matrix x 5-seed baseli...

Spontaneous Near-Criticality and Type-Graded Robustness in a Four-Atom Conway Cellular Automaton

A minimal variant of Conway's Game of Life, extended by four atom types and a 4x4 inter-type interaction matrix, spontaneously lands inside the Wilting-Priesemann near-critical band on 100/100 nominal trials across five structured presets, while a 20-random-matrix x 5-seed baseli...