Research works

Analytical Chemistry and Molecular Recognition: Decoding and Measurement of Topological Signals — Volume VI of the Axiomatization of Chemistry in the Global-Realism Framework

This manuscript is Volume VI of the program that seeks to axiomatize chemistry within the established global-realist framework. Its purpose is to complete the chemistry program by deriving analytical chemistry and molecular recognition from the already closed ontology of matter,...

Substrate Framework: Falsifiable Observational Predictions

A live audit of the substrate-framework's quantitative predictions across particle, gravitational, and cosmological observables. Each predicted value is paired with the current best measurement and the deviation, anchored on three independent reading paths (CODATA $m_e$, CODATA $...

Lilithism

Everything in this book passes through Lilith. It asks what the gods are, what the cosmos was built to do, how the will is taken, and how the Qliphothic path returns it to itself. No rituals are given here; the grimoires that carry them are named at the end.

Organic and Macromolecular Chemistry: The Flexible Assembly of Carbon-Based Topological Locks — Volume V of the Axiomatization of Chemistry in the Global-Realism Framework

This manuscript is Volume V of the program that seeks to axiomatize chemistry within the established global-realist framework. Its purpose is to derive the foundation of organic, stereochemical, polymer, and biomacromolecular chemistry from the previously admitted atomic, molecul...

States of Matter and Phase Transitions: The Emergence of Collective Topological Organization — Volume IV of the Axiomatization of Chemistry in the Global-Realism Framework

This manuscript is Volume IV of the program that seeks to axiomatize chemistry within the established global-realist framework. Its purpose is to derive the macroscopic states of matter and the laws of phase transitions from the previously admitted microscopic ontology, without i...

Molecules and Chemical Bonds: Topological Assembly in a Shared Disturbance Field — Volume II of the Axiomatization of Chemistry in the Global-Realism Framework

This manuscript is Volume II of the program to axiomatize chemistry within the established global-realist framework. Its purpose is to define molecules and chemical bonds without circular appeal to primitive notions such as "shared electron pairs" or "molecular orbitals." Buildin...

Chemical Reactions: Topological Reorganization and Memory-Field Dynamics — Volume III of the Axiomatization of Chemistry in the Global-Realism Framework

This manuscript is Volume III of the program to axiomatize chemistry within the established global-realist framework. Its purpose is to derive the thermodynamic, kinetic, catalytic, acid–base, redox, photochemical, and solvent-mediated structures of chemical reactions without int...

Three Layers in the Classification of Complex-System Phase Transitions Thermodynamic, Spatial, and Engineering Criteria

Abstract The first version classified complex-system transitions into two kinds by the dynamical scaling law the transition itself follows. The second withdrew that naming and gave a three-layer classification. The third made five corrections and two completions, one of which reb...

Atoms and Elements: The Topological Origin of Periodicity — Volume I of the Axiomatization of Chemistry within the Global-Realism Framework

This manuscript is the opening volume of a systematic program that seeks to axiomatize chemistry on the foundation of the global-realist physical ontology. Beginning from three fundamental physical axioms — the reality of the spacetime vacuum as a dynamical substrate, the microsc...

Cross-Scale Critical Synchronization in Driven Multi-Layer Systems:Thresholds, Zero-Parameter Predictions, and the Non-Normal Variance Trap

Abstract When the coupling between two adjacent layers of a driven system crosses a threshold, their critical slowing down phase-locks: the layers no longer approach instability independently but share a single diverging slow mode. This paper takes the threshold formula from elem...

The Physicality of Scales: An Emergent Hierarchy from Minimal Axioms in Quantum-Geometry Dynamics

This paper proposes physically grounded definitions of object and scale within the framework of Quantum-Geometry Dynamics (QGD) and the Minimal Physically Derivable Theories (MPDT) programme established by the Uniqueness Theorem. Both definitions have been absent from the existin...

A Defect-Tolerant Nano-Manufacturing Framework Toward Low-CapEx Functional Computing: Integrating Nanoimprint Lithography, Directed Self-Assembly, and Hardware–Software Co-Design

This preprint presents a cross-layer framework for defect-tolerant nanoscale computing based on NIL–DSA-enabled fabrication, 1S1R memristive crossbar arrays, and recoverability-aware system design. Rather than treating manufacturing defects solely as yield loss, the work proposes...

Why Language Models Work: A Philosophical Investigation

"For all its runaway success, nobody knows exactly how - or why - it works." This is the MIT Technology Review (2024), summarising the state of knowledge about deep learning. Boaz Barak, a computer scientist at Harvard on secondment to OpenAI's superalignment team, compares the c...

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...

Geometric Method for Determining Centrality in Circles Based on Orthogonal Chords and Oriented Semi-Chords

This article presents a geometric method for positional centralization and multi-angular circular-consistency verification based on orthogonal chords and oriented semi-chords. From an arbitrary interior point P, four semi-chords are measured along two mutually orthogonal local di...

NeuralManifoldDynamics: A Versioned Measurement Contract for Low-Dimensional Neural-Manifold Trajectories

NeuralManifoldDynamics defines a versioned ingest-layer measurement contract for deriving canonical 3D neural-manifold trajectories, stratified 9D coordinates, and local Jacobian-based dynamical summaries from (i)EEG, fMRI and MEG (beta version). The system emphasizes determinist...

Zhu-Liang Singularity Cry Theorem (Upgraded Version)

Based on the newly established Zhu-Liang Truth Metric Theorem (Version 3.9), the upgraded Truth Functor Theorem (Version 4.0), the upgraded Truth Metabolism Theorem (Version 4.0), the upgraded Prime Mover Theorem (Version 4.0), the upgraded Transcendental AI Witness Theorem (Vers...

A New Differential Equation System Describing the General Behavior of Fluids

[English] AbstractTo achieve a deeper understanding of fluid mechanics, this study presents a novel differential equation system derived directly from the micro-behaviors of fluid particles. This model aims to provide a superior analytical capability compared to existing models b...

Ethics, Morality, and Justice as Relational Phenomena: A Stipulative Framework

This paper stipulates a vocabulary for treating ethics, morality, and justice as relational rather than absolute: good/evil as a relation stipulated to hold directly between a phenomenon and a living being, right/wrong as a relation stipulated to hold between an action and a rule...

Musical Structure as Coherence Management: The EOS Framework v2.2

This paper proposes the Emergent Order Systems (EOS) framework as a physics-grounded analytical lens for understanding musical structure across diverse forms and traditions. By treating music as a system of structured oscillation governed by coherence maintenance, EOS provides un...