Zero-energy reversible logic gate system and method

Abstract

The invention relates to methods and logic gate designs for performing reversible computational operations with significantly reduced energy dissipation. The system enables the execution of logic functions while preserving input information, thus minimizing heat generation and power loss typically associated with traditional computing architectures. The invention is compatible with existing semiconductor manufacturing processes and may be implemented within processors, accelerators, and embedded systems. The output states of the logic gates are internally encoded in a manner that permits input reconstruction, without requiring multi-output architectures. This enables scalable integration of reversible computing into modern digital logic systems.

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