SERM2 Technology: A Hypothesis for Deterministic Anomalous Heat Generation via Multifractal Entropy Reduction and its Methodological Validation

This work presents the SERM2 (Singular Entropy Reduction due to Multifractal) technology – a novel approach for deterministic control of anomalous heat effects. We formulate a core mathematical hypothesis based on conformal mapping of multifractal structures, predicting extreme temperature generation (T∼106−107 K) through geometric compression of phase space and entropy minimization. The initial hypothesis of a direct link between geometric complexity (h) and thermodynamic entropy (S) faces fundamental objections. We demonstrate the resolution of these objections by introducing a two-stage methodological validation: thermodynamic amplification via second-order phase transitions and deterministic control via laser-induced quantum measurement (LSPR/SERS). The research is protected by Russian Patent Application No. 2025116265 (filed June 11, 2025), with PCT filing planned within statutory deadlines. The technology enables transformative applications in compact energy generation, space propulsion, and medical isotope production.