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Anton Mykhailov

2 papers in the library · publishing 2026

Papers

A Theory of Information Subjectivity: A Logico-Definitional Foundation

Zenodo (CERN European Organization for Nuclear Research) May 18, 2026 Anton Mykhailov

A logico-definitional foundation for the theory of information subjectivity is presented, building on a prior 'field – perturbation – subjective filter' (P-D-S) architecture. Unlike classical theories (Shannon, Kolmogorov), which treat information as objective, this theory defines semantic (semantic-pragmatic) information as the result of interpreting a field perturbation through an observer's subjective filter. Three necessary consequences follow: semantic information requires an interpreter; for a fixed signal, changing the subjective filter can change semantic information; and similar filters produce similar semantic information. The work distinguishes syntactic from semantic information to avoid unproductive debates. Though definitional, its consequences allow empirical operationalization. The theory is compared with classical and contemporary concepts, and its explanatory power is noted for analyzing dreams, mental disorders, cultural perception, and designing meaning-extracting AI systems.

Application of Subjective Information Theory to Dream Interpretation: The P-D-S Cognitive Architecture

Zenodo (CERN European Organization for Nuclear Research) April 30, 2026 Anton Mykhailov

Subjective experience emerges when a cognitive system actively participates in synthesizing information, especially under profound sensory deprivation. The P-D-S (Field-Disturbance-Subjective filter) architecture describes this process, integrating dream phenomenology and computational neurobiology. Sleep functions as an autopoietic mechanism generating subjective reality from endogenous neural noise. A heuristic space of cognitive states is introduced, along with an algorithmic metaphor of tensor synthesis and a principle of consciousness dynamics: maximization of affective resonance. The modal independence of information content is argued through dreams in congenitally blind individuals. The theory supports a computational architecture for artificial intelligence (PDS-Net) and complements the Predictive Processing paradigm.