CCCC Reversible Computing Workshop - Introductory Session

Michael P. Frank: Fundamental Physics of Reversible Computing — An Introduction, Part 1

Michael P. Frank: Fundamental Physics of Reversible Computing — An Introduction, Part 2

Norman Margolus: Quantum Limits on Classical Computation

Karpur Shukla: Foundations of the Lindbladian Approach to Adiabatic and Reversible Computing

Ed Fredkin - Reversible Computing (Keynote from the CCC's Workshop on Reversible Computing)

Michael P. Frank: Device & Circuit Technologies for Reversible Computing–An Introduction

Sarah Frost Murphy: Quantum dot Cellular Automata: A Brief Introduction

Ralph Merkle: Molecular Mechanical Computing (via the CCC Workshop on Reversible Computing)

Joseph Friedman: Scalable Reversible Computing with Skyrmion Billiard Balls

Michael P Frank: Architectural, Algorithmic, and Systems Engineering Issues for Reversible Computing

Gregory Snider: It’s Time for Adiabatic Computing (from the CCC Reversible Computing Workshop)

Noboyuki Yoshikawa: Reversible Quantum – Flux-Parametron: Practical Superconductor Reversible Logic

Himanshu Thapliyal: Energy Recovery Computing for Low-Energy and Secure IoT Devices

Robert Wille: Design Automation for Reversible and Adiabatic Circuits

Jayson Lynch: Reversible Algorithms (from the CCC Reversible Computing Workshop)

Erik DeBenedictis: Quantum plus Classical Computation (from the CCC Reversible Computing Workshop)