Logically reversible rotary element for asynchronous ballistic reversible computing
Poster presentation submitted to the applied superconductivity conference 2024 to be held in Salt Lake City, Utah.
Lewis, Rupert M.↗
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Fundamental Energy Limits and Reversible Computing Revisited.
Abstract not provided.
Frank, Michael P↗
Generalized Reversible Computing and the Unconventional Computing Landscape.
Abstract not provided.
Frank, Michael P↗
Priority Research Direction: Physics & Engineering of Reversible Computing Hardware.
Abstract not provided.
Frank, Michael P↗
Information Flows in Reversible Computing Out of Equilibrium with Applications to Models of Topological Quantum Computing.
Abstract not provided.
Shukla, Karpur↗
Why reversible computing is the only way forward for general digital computing.
Abstract not provided.
Frank, Michael P↗
Modeling Asynchronous Ballistic Reversible Computing (ABRC) Primitive Elements Using Superconducting Circuits.
Abstract not provided.
Frank, Michael P↗
Implementing the Asynchronous Reversible Computing Paradigm in Josephson Junction Circuits.
Abstract not provided.
Frank, Michael P↗
Asynchronous Ballistic Reversible Computing using Superconducting Elements.
Abstract not provided.
Frank, Michael P↗
Priority Research Challenges in the Physics and Engineering of Classical Reversible Computing Systems.
Abstract not provided.
Frank, Michael P↗
Fundamental Thermodynamic Limits of Classical Reversible Computing via GKSL Superoperators with Multiple Asymptotic States.
Abstract not provided.
Shukla, Karpur↗
Reversible Computing with Fast Fully Static Fully Adiabatic CMOS.
Abstract not provided.
Frank, Michael P↗
Fundamental Physics of Reversible Computing--An Introduction.
Abstract not provided.
Frank, Michael P↗
Device & Circuit Technologies for Reversible Computing?An Introduction.
Abstract not provided.
Frank, Michael P↗
Reversible Computing: The Only Future for General Digital Computing.
Abstract not provided.
Frank, Michael P↗