Cognitive Resonance and Synchronization in Human–Human and Human–System Loops

This record contains the final publication files for the article “Cognitive Resonance and Synchronization in Human–Human and Human–System Loops”. The paper presents a publication-grade mesoscopic formulation of cognitive resonance and synchronization as a bridge-level branch of the L(6+7) / L67 unified field framework. Its central claim is deliberately narrow: the existing L(6+7) corpus already contains a sufficient variational, entropic, mesoscopic, temporal, and microscopic apparatus to support a state-space description of rare stable loops of deep collaborative work without invoking mysticism. The manuscript sharply separates canonical objects, bridge-level constructions, and conjectural extensions. Stable cognitive resonance is formulated as amplification of a common mode under damping of mismatch, positive branch-growth reserve, temporal alignment, and accumulation of form memory. The physical substrate of the loop is treated in terms of standard communication channels rather than any nonphysical carrier. The final version also includes: (i) an explicit falsifiability boundary and failure-mode section, (ii) compact validation protocols, (iii) a physical channel layer formulated through standard communication operators and Maxwell-grounded electromagnetic mediation for technical human-system and networked loops, and (iv) a cautious neurobiological search map treating synchronization as a distributed network phenomenon rather than a single “synchronization center”. The English PDF is the primary citation-facing version. Russian files are included as mirrored author versions.