Parallel Energy Transistors: A Quantum Replacement for Classical Switching Mechanisms
John Doe · 2025
We propose a novel mechanism for electrical switching based on quantum entanglement and parallel energy states. This design, known as the Parallel Energy Transistor (PET), utilizes two entangled particles-Base and Emitter-whose synchronized behavior enables instantaneous switching without conventional current transfer. This paper explores the theoretical framework, governing wavefunctions, spatial representation, and potential real-world applications of PETs in quantum circuitry.