Vadym Semenov

Local Coherence and Global Drift in Long-Term Research with Large Language Models: Persistent-Dependency Violations and a Control Architecture for Research-Process Integrity

This study examines global drift of the research state in long-term human research work with large language models (LLMs): a situation in which individual steps remain locally admissible and internally coherent, yet their sequence leads to the loss or alteration of previously est...

System-Level Feasibility Analysis of Reconstructed Technological Processes (SLF-RTP): A Methodological Approach to Testing End-to-End Feasibility in Historical and Engineering Reconstructions

This paper presents the methodological framework System-Level Feasibility Analysis of Reconstructed Technological Processes (SLF-RTP), intended for system-level analysis of the feasibility of reconstructed technological processes, primarily in historical, archaeological, and engi...

THFR-1.8: Formalization of the Informational Density Tensor and Axiomatic Justification of Objective Consensus

his paper formalizes the mathematical apparatus of the Informational Density Tensor $\mathcal{I}^{AB}$ within the Theory of Harmonic Field Resonance (THFR), transitioning it from an uninterpreted parameter to a discrete binary restriction operator over the 11D Stasis. By mapping...

THFR-1.2: Spatiotemporal Metric as a Topological Derivative of Informational Latency

Building upon the concept of mass as informational viscosity introduced in Part I of this series, this paper deconstructs the objective spacetime background. We propose a mathematical formalism where the 3D+1 metric is an emergent topological interface. Space and time are defined...

THFR-E1: Morphogroup-Relative CIF Geometries and Cross-Morphogroup Consensus

Modern physics describes the domain of physical interactions accessible to the anthropomorphic morphogroup by means of four-dimensional Lorentzian geometry. The high precision and collective reproducibility of this description confirm its empirical adequacy, but do not by themsel...

THFR-1.5: The QCRS as a Biological Interface: Harmonic Consensus and the Limits of Informational Resolution

Concluding the foundational THFR series, this paper establishes the QCRS as a decelerating biomorphic filter driven by the Informational Quantum Field (IQF) loop. We introduce Morphological Isometry and Topological Anchors to explain why observers perceive a synchronized, determi...

THFR-1.10: Canonical Outcome of the First Ontological Series

This paper concludes the initial pre-geometric and ontological series of the Theory of Harmonic Field Resonance (THFR). We establish the formal conditions for the transition from a background-independent, dimensionless, discrete substrate graph to an emergent pseudo-Riemannian ma...

THFR-E3: Experimental Constraints on Finite-Speed Hidden-Influence Models and the Premetric Bell/EPR Architecture of THFR

Bell experiments constrain local/common-cause explanations of quantum correlations under the corresponding assumptions. A distinct experimental program tests a more specific class of models in which the observed nonlocal correlations are explained by a hidden causal influence pro...

Foundations of a General Theory of Observation and the Observer

The concept of the observer is used in physics, philosophy, information theory, cybernetics, biology, cognitive disciplines, and engineering, yet different fields understand substantially different entities and functions by an observer: from an interacting physical system or meas...

Cross-Disciplinary Validation of a General Theory of Observation and the Observer: Functional Adequacy, Constitutive Integrity, and the Boundaries of Generality

The article Foundations of a General Theory of Observation and the Observer formulated a general construction of observation and the observer that begins not from a preselected class of systems but from the relation of observation itself. On this basis, subject and object were su...

Cross-Disciplinary Validation of a General Theory of Observation and the Observer: Functional Adequacy, Constitutive Integrity, and the Boundaries of Generality

The article Foundations of a General Theory of Observation and the Observer formulated a general construction of observation and the observer that begins not from a preselected class of systems but from the relation of observation itself. On this basis, subject and object were su...

THFR-1.6: THE PRINCIPLE OF ONTOLOGICAL CLOSURE AND NETWORK CONSENSUS IN THE THEORY OF HARMONIC FIELD RESONANCE

This paper formalizes the principle of ontological closure of theoretical models within the framework of the Theory of Harmonic Field Resonance (THFR). We address the systemic limitations regarding the role of the observer in the foundational equations of modern physics. We postu...

Foundations of a General Theory of Observation and the Observer

The concept of the observer is used in physics, philosophy, information theory, cybernetics, biology, cognitive disciplines, and engineering, yet different fields understand substantially different entities and functions by an observer: from an interacting physical system or meas...

THFR-1.11: Canonical Notes and Ontological Unification of the First Series

This meta-document establishes the definitive canonical interpretative framework for the entire initial series of the Theory of Harmonic Field Resonance (THFR-1.1 to THFR-1.8). Moving beyond the historical chronology of the theory's formulation, we deploy a strict deductive align...

THFR-1.12: Operator-Level Clarification of QCRS, Biomorphic Projection, and Collective Invariant Field (CIF) Formation

This paper establishes a consistent operator-based ontology for the Theory of Harmonic Field Resonance (THFR), providing a formal framework eliminating explicit biological circularity by clarifying the operator-level status of the Quantum Coherent Reduction System (QCRS) prior to...

THFR-1.9: Ontological Continuum and Core Synchronization Regimes

This transitional preprint is intended for the rigorous fixation and stabilization of the conceptual apparatus of the hierarchical chain of the Theory of Harmonic Field Resonance (THFR) before the transition to mathematical Series 0. The document formalizes the precise causal rel...

THFR-E2: Continuum Limit of the Kronecker Macrograph: Spectral Convergence, Coarse-Graining, and Conditions for Emergent Effective Geometry — Part I: A Controlled Theorem Program for the Discrete-to-Continuum Transition

The Theory of Harmonic Field Resonance (THFR) employs a discrete architecture for generating a Kronecker macrograph. However, the transition from this discrete construction to smooth effective geometry, Lorentzian signature, and the infrared sector of General Relativity has not p...

THFR-E1: Morphogroup-Relative CIF Geometries and Cross-Morphogroup Consensus

Modern physics describes the domain of physical interactions accessible to the anthropomorphic morphogroup by means of four-dimensional Lorentzian geometry. The high precision and collective reproducibility of this description confirm its empirical adequacy, but do not by themsel...