nanoelectronics by quantum mechanics thomas prevenslik qed radiations discovery bay, hong kong...
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Proposal Heat transfer in nanoelectronics is a QM effect that conserves Joule heat by creating QED induced radiation that spontaneously form excitons (hole and electron pairs) instead of increasing temperature. QM = Quantum Mechanics QED = Quantum electrodynamics In the electric field across the circuit element, holes separate from electrons The holes and electrons are charge carriers or upon recombination emit EM radiation. EM = Electromagnetic Microtherm 2013 Microtechnology-Thermal Problems in Electronics June 25-28, Lodz, Poland 3