RENESIS automates conversion of standard logic circuits to energy-recovery adiabatic designs, optimizing for switched capacitance. Achieves 91% baseline energy on held-out benchmarks with verified correctness and open-source release.
#AdiabacticCircuits #ReversibleLogic #EnergyRecovery
#AdiabacticCircuits #ReversibleLogic #EnergyRecovery
Energy-Aware Synthesis of Adiabatic Logic Circuits from Irreversible Netlists
arxiv.org
August 19, 2026 at 6:51 AM
RENESIS automates conversion of standard logic circuits to energy-recovery adiabatic designs, optimizing for switched capacitance. Achieves 91% baseline energy on held-out benchmarks with verified correctness and open-source release.
#AdiabacticCircuits #ReversibleLogic #EnergyRecovery
#AdiabacticCircuits #ReversibleLogic #EnergyRecovery
Kinetic inductors enable practical reversible logic by providing efficient energy recycling at GHz clock rates. New framework demonstrates cryo-CMOS quantum controllers can be converted using available superconductor technology to reduce power dissipation.
#QuantumControl #ReversibleLogic #Research
#QuantumControl #ReversibleLogic #Research
Kinetic Inductors Enable Reversible Logic for Quantum Computing Applications
arxiv.org
July 14, 2026 at 4:35 AM
Kinetic inductors enable practical reversible logic by providing efficient energy recycling at GHz clock rates. New framework demonstrates cryo-CMOS quantum controllers can be converted using available superconductor technology to reduce power dissipation.
#QuantumControl #ReversibleLogic #Research
#QuantumControl #ReversibleLogic #Research