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Reversible or adiabatic computing/logic uses processors that can reconstruct a prior state of a computation, from a later state; they are time-invertible, can produce time-reversed version of a process; run it backwards. The main reason to do this to save energy, and lower heat output, by using thermodynamically reversible, energy-recovering circuits and devices. This is a research area which is ... [MORE]
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Get Mean, Go Green
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Reversible computing promises to remove fundamental performance bottlenecks in computing and recycle energy. What could go wrong? [IT Architect]
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Josie Ammer's Page
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Ph.D. researcher on low power synchronization for wireless communication. References, links.
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Mike's Reversible Computing Page
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Explanations, documents, proposals, links, by Ph.D. researcher.
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Reversible Computing
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Growing article, with links to many related topics. [NodeWorks Encyclopedia]
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Reversible Logic
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Brief introduction to topic, nanotechnology context; links. By researcher Ralph Merkle. [Zyvex Corp.]
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The Reversible and Quantum Computing Group: Revcomp
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Studies all aspects of topic: basic science, fundamental physics, to practical engineering, high-level distributed software programs. Group background includes developing 4 pioneering reversible CMOS chips in prior work at MIT.
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Turning Back the CPU Clock
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Article and many forum comments, on: reversible simulation and debugging, reversibility generally, in physics, and Haskell; quantum computing, computing sensitivities. [kuro5hin.org]
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What is Reversible Computing?
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Brief clear explanation.
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