Thermal motion: Difference between revisions
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{{ | {{wikitodo|Explain why thermal motion does not make [[mechanosynthesis]] impossible}}<br> | ||
{{ | {{wikitodo|Give general overview about the relevance of thermal motion in the context of APM.}} | ||
== Reated == | == Reated == | ||
* [[The finger problems]] | |||
* [[Brownian motion]] | |||
* [[The finger problems]] – in particular: [[Jittery finger problem]] and [[Sloppy finger problem]] | |||
* [[Nature does it differently]] | * [[Nature does it differently]] | ||
* [[Diffusion transport]] | * [[Diffusion transport]] | ||
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[[Category:Thermal]] | [[Category:Thermal]] | ||
[[category:Incremental path]] [[category:Direct path]] | |||
Latest revision as of 18:33, 29 March 2026
(wiki-TODO: Explain why thermal motion does not make mechanosynthesis impossible)
(wiki-TODO: Give general overview about the relevance of thermal motion in the context of APM.)
Reated
- Brownian motion
- The finger problems – in particular: Jittery finger problem and Sloppy finger problem
- Nature does it differently
- Diffusion transport
- Thermally driven assembly
- Thermally driven folding
- The heat-overpowers-gravity size-scale
- Want an intuitive feel for the speed of atoms?
- Often mistaken as a reason that makes macroscale style machinery at the nanoscale (making up advanced Nanofactories) impossible.
External links
- Wikipedia: Thermal_fluctuations
- Wikipedia: Kinetic_theory_of_gases