Enhanced Triboelectric Charge Generation via Quantum-Enhanced Electron-Phonon Coupling Modulation

**Abstract:** This paper explores a novel methodology for significantly enhancing triboelectric charge generation (TEG) through dynamic modulation of electron-phonon coupling (EPC) within the interface of triboelectric materials. Drawing upon recent advances in quantum control and nanofabrication, we propose a system employing pulsed laser excitation to engineer transient EPC variations, leading to a 10x increase in charge transfer efficiency and improved TEG performance. The research utilizes established quantum mechanics principles and fabrication techniques, enabling a commercially viable path towards high-performance TEG devices with applications across energy harvesting and electrostatic actuation.