Reversible computation: Difference between revisions
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Added two important points where reversibility is of great importance |
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* [[non mechanical technology path#quantum computation|quantum computation]] | * [[non mechanical technology path#quantum computation|quantum computation]] | ||
* [[mechanical computation]] | * [[mechanical computation]] | ||
== Related == | |||
* Reversible actuators | |||
* Sharing of energy devaluations for a defined arrow of time in the mechanosynthesis in nanofactories | |||
== External links == | == External links == | ||
Revision as of 22:15, 26 September 2015
- note reversible cascades
- analogy with harmonic oscillator - assymetric - energy backflow
- splitup into many paths via distributing gears (differential / planetary) (analogy electric nodes and transformers)
- link logistic data transmission rods
- pros & cons of rotative logic - reconfigurativability - space use
- why functional programming matters for AP technology
- reversible 1:1 IO mapping - pure functions
- low and high level programming languages
- relevance for multicore parallel computation
- classical reversible gates
related:
Related
- Reversible actuators
- Sharing of energy devaluations for a defined arrow of time in the mechanosynthesis in nanofactories