Quantum Harmonic Framework v2.0: Breaking the 100kD Barrier in Rastrigin Optimization

Quantum Harmonic Framework v2.0: Breaking the 100kD Barrier in Rastrigin Optimization Mohammad Piran Independent Researcher Shiraz, Iran (March 20, 2025) This paper presents a revolutionary quantum-classical optimization framework achieving 97.1% accuracy on 100,000D Rastrigin functions with 1.2EJ energy efficiency. Through adaptive harmonic synchronization and entanglement-modulated dynamics, we reduce estimation-reality discrepancies to 1.3% (p ¡ 0.01). Comparative analysis demonstrates 8.2x energy improvement over D-Wave and 2.0x accuracy gain versus QAOA. The framework introduces three patent-pending technologies validated through 100+ quantum simulations. Keywords: Quantum harmonic optimization, Rastrigin function, Error-energy co-design, 100kD challenge