Preprint №14: Monolith Thermodynamics: Energy Extraction via Lattice Relaxation without Structural Dissonance

Classical thermodynamics is based on the increase of entropy in gaseous systems. In the HiggsField Tessellation (HPT) framework, the Universe is a super-solid Quantum Monolith with aninherent potential energy density. This paper introduces the "Borisov Energy Cycle," a methodfor extracting clean energy by triggering controlled local relaxation of the lattice tension (σ). Bysynchronizing the extraction process with the Borisov Invariant (Φ ≈ 5.3146), we demonstratethat energy can be harvested with near-zero heat loss (dissonance), bypassing the Carnot limit oftraditional heat engines.