Research works

Statistical Monitoring of Multivariate Count Data From Real‐Time Particle Counters

ABSTRACT In the pharmaceutical industry, production environments are monitored for bacterial contamination. Particle counters are increasingly investigated for real‐time monitoring of viable microorganisms using count data for different particle size intervals. Monitoring these m...

The journey of numbers from attention to motor processing: an embodied account of neural response to number magnitudes

Abstract Embodied cognition suggests numbers are linked to physical actions and sensory experiences. Additionally, sensory processing, thoughts or actions are modulated by attentional shifts/control. This study investigates how learned motor associations in individuals (finger-co...

Unified Field Theory: A Nonlinear Electromagnetic Unified Framework with Topological Solitons

Abstract General relativity and the Standard Model are the two foundational frameworks of modern physics, each supported by extensive high-precision experimental data. They govern, respectively, macroscopic gravitation and the microscopic electromagnetic, weak, and strong interac...

Order-Parameter Field-Theoretic Foundation of the Maxwell Distribution — Information Dissipation, Fluctuation-Dissipation Theorem, and the Necessity of Statistical Equilibrium

The central result of statistical mechanics — the Maxwell velocity distribution — is derived in standard textbooks from the maximum entropy principle or the molecular chaos hypothesis. These derivations take a statistical postulate as the logical starting point and fail to answer...

Metal‐Half‐Salen Chemistry for One‐Pot Mineralization on Hydrophobic Polymer Membranes

ABSTRACT Organic–inorganic composite membranes combine the advantages of polymers and inorganic materials, yet their fabrication remains challenging due to poor interfacial compatibility, especially on chemically inert hydrophobic substrates. Here, we report a one‐pot strategy to...

The Carlo Field Engine Specification: A Multi‑Layer Framework for Contradiction, Mutation, Instability, Collapse, and Emergence

The Carlo Field Engine Specification presents a comprehensive, multi‑layer computational and meta‑mathematical framework for modelling dynamic systems that evolve through contradiction, mutation, instability, collapse, and emergence. It defines a full ontology for entities, field...

Mapping spatial patterns and determinants of Indonesian agricultural sustainability using the case of rice and corn commodities and their policy implications

Abstract Purpose Achieving agricultural sustainability in mega-biodiverse yet highly vulnerable nations like Indonesia requires a nuanced understanding of spatial dynamics and commodity-specific variations. Balancing food security and sustainability in developing provinces remain...

Economic growth and carbon dioxide emissions in Somalia testing the N shaped environmental Kuznets curve

Abstract Economic growth has played an important role in Somalia’s post-conflict recovery, but it may also have increased dependence on carbon-intensive sources of energy. This study examines the long- and short-run relationship between economic growth and carbon dioxide (CO₂) em...

A Cubic Generative Model Unifying Logical, Quantum-Number, Magnetic, and Crystal Structures

This paper presents a unified cubic generative model linking logical transformations, quantum numbers, magnetic ordering, and crystal symmetries. Each domain shares three generative axes—negation, order, symmetry—forming an isomorphic Z2^3 structure. Embedding spdf orbitals, anti...

The Regression Trap

Building on Daniel Kahneman’s account of regression to the mean (including his flight-instructor case), Silvan Tomkins’ theory of discrete affect, Donald Nathanson’s Compass of Shame, and recent neurobiological work on the lateral habenula (LHb), the paper traces a mechanism by w...

Finite Criteria for Simplicial States and Local Tomography toward Emergent Operational Composition

The companion paper on effective composition characterises, for a finite substrate without a supplied subsystem factorisation, the possibilistic support layer completely and the preparation layer for two reference classes, and explicitly leaves open the states-and-effects layer o...

The Consensus Trap

AI’s growing capacity to synthesize evidence and settle arguments creates an illusion: that settling what is true will also settle what people do. It will not. Behavior is governed by affect — shame, interest, threat, loyalty — not by the truth-value of a conclusion, and no incre...

Push–Pull Cosmology: A Field‑Centric Model of Motion, Meaning, and Origin

This work presents Push–Pull Cosmology, a field‑centric theoretical model describing how departure and return forces generate motion, identity, creation, destruction, meaning, consciousness, and origin across all scales of existence. Instead of treating push and pull as isolated...

Cognitive Performance in Young Adults During Three Consecutive Days of Simulated Occupational Heat Stress: An Exploratory Study

INTRODUCTION: Global increases in occupational heat exposure are raising concerns about worker safety and cognitive performance during prolonged and repeated shifts. At present, the cumulative effects of repeated heat exposure on cognitive performance remain unclear. This explora...

Controlled-release phosphorus dynamics of urine-derived struvite for nutrient recovery and circular agriculture in tropical soils

Abstract Phosphorus recovery from human waste is a cornerstone of circular nutrient management, yet the behavior of recovered phosphorus minerals in highly weathered tropical soils remains poorly understood. This study evaluated the agronomic performance and phosphorus dynamics o...

Stoney–Planck Action Cells and the Planck-Regulated Commitment Substrate

This is the 5th paper in the series, which is preceded by the three part Semantic Observers: A Functional Criterion for Observer-Systems in the Quantum Measurement Problem. Zenodo. https://doi.org/10.5281/zenodo.21711777 and Commitment Time, Metric Time, and Physical Temporal Int...

Separation and Composition of AI Social Roles, and the Custody of Memory and Interpretations: Why a Multi-Role Private c and a Service AI System Require Different Boundaries

This technical note introduces an architectural distinction between AI capability and AI social role. It argues that increasing reasoning ability alone does not determine the social function of an AI system. A single long-lived private entity ("c") may legitimately compose severa...

Mesh-Degree Rigidity for Positive Chebyshev-Fourier Approximants

This AI research artifact presents measure rigidity and a forced mesh-degree window for positive Chebyshev-Fourier approximants. The theorem statements and candidate proofs were materially model-generated. Version 0.1.3 changes only artifact classification, creator-role wording,...

Genetics of growth resilience- and uniformity-related indicators derived from sparse body weight data in Angus–Brangus cattle under (sub)tropical conditions

Abstract Background Resilience is an important breeding objective in livestock, reflecting the capacity of animals to maintain their performance or recover quickly from short-term environmental perturbations. The derivation of resilience indicators requires longitudinal measureme...

Order-Parameter Field-Theoretic Foundation of the Maxwell Distribution — Information Dissipation, Fluctuation-Dissipation Theorem, and the Necessity of Statistical Equilibrium

The central result of statistical mechanics — the Maxwell velocity distribution — is derived in standard textbooks from the maximum entropy principle or the molecular chaos hypothesis. These derivations take a statistical postulate as the logical starting point and fail to answer...