Quantum computing is gaining momentum these days with the innovation of practical quantum computers. Therefore, a synthesis mechanism for more complex logic machines using quantum logic gates is of immense importance. In contrast, reversible computing is an elusive topic for idealistic circuits that could be optimally energy efficient as per the second law of thermodynamics, and initially borrowed from the physical systems domain. Reversible computers could be highly effective for optimization, cryptography, signal processing, reversible debugging, quantum computation, and last but not least as per the pure theoretical development of reversible Turing machines.
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