Difference between revisions of "Unnatural chemistry"
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== Enzymes barely do piezochemical mechanosynthesis == | == Enzymes barely do piezochemical mechanosynthesis == | ||
| − | In nature | + | In nature enzymes do perform to some degree directed controlled motion to facilitate chemical reactions. <br> |
While the constrains can be quite strong (that can e.g. be seen in ion channels with stiff interiors that only let pass ions of a specific size) <br> | While the constrains can be quite strong (that can e.g. be seen in ion channels with stiff interiors that only let pass ions of a specific size) <br> | ||
the forces applied are necessarily rather limited due to the soft structural background framework that the folded protein constitutes. Weak hydrogen bonds. | the forces applied are necessarily rather limited due to the soft structural background framework that the folded protein constitutes. Weak hydrogen bonds. | ||
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{{wikitodo|integrate of link graphical infosheet about unnatural chemistry}} | {{wikitodo|integrate of link graphical infosheet about unnatural chemistry}} | ||
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| + | * https://mechadense.github.io/gem-gum-tec_infosheets/html-export/en/unnatural-chemistry.html | ||
= Related = | = Related = | ||
| + | * '''[[Reasons for APM]]''' – There's a section about "unnatural chemistry" and how it leads to problem solving opportunities. | ||
* [[Piezochemical mechanosynthesis]] – [[Mechanosynthesis]] – [[Tooltip chemistry]] | * [[Piezochemical mechanosynthesis]] – [[Mechanosynthesis]] – [[Tooltip chemistry]] | ||
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* Ultra fast recycling – [[On chip microcomponent recomposer]] – (less practical: [[Hyper high throughput microcomponent recomposition]]) | * Ultra fast recycling – [[On chip microcomponent recomposer]] – (less practical: [[Hyper high throughput microcomponent recomposition]]) | ||
* New materials – [[gemstone based metamaterial]]s | * New materials – [[gemstone based metamaterial]]s | ||
Latest revision as of 11:21, 5 July 2021
Can there even be such a thing as unnatural chemistry?
If anything can be then piezochemical mechanosynthesis will come the closest.
Natures chemistry is typically one of:
- directred but not very high pressure – (natural catalysis in enzymes)
- very high pressure but not directed – (natural piezochemistry in deep inside of planets and big moons)
Natures chemistry is typically not:
- both directed and very high pressue – (piezochemical mechanosynthesis)
Contents
Enzymes barely do piezochemical mechanosynthesis
In nature enzymes do perform to some degree directed controlled motion to facilitate chemical reactions.
While the constrains can be quite strong (that can e.g. be seen in ion channels with stiff interiors that only let pass ions of a specific size)
the forces applied are necessarily rather limited due to the soft structural background framework that the folded protein constitutes. Weak hydrogen bonds.
Related: Effective concentration
Natural piezochemistry comes only isotropic and hot
Naturally occurring really high forces in chemical bonds are involved deep down inside of planets. But there these forced always come as isoropic pressure from all sides and are usually accompanied with extremely high temperatures. Very different to what one would find in artificial piezochemical mechanosynthesis processes.
Other natural chemical processes that come close?
Are there any? It does not seem so.
Consequences of unatural chemistry
(wiki-TODO: integrate of link graphical infosheet about unnatural chemistry)
Related
- Reasons for APM – There's a section about "unnatural chemistry" and how it leads to problem solving opportunities.
- Piezochemical mechanosynthesis – Mechanosynthesis – Tooltip chemistry
- Ultra fast recycling – On chip microcomponent recomposer – (less practical: Hyper high throughput microcomponent recomposition)
- New materials – gemstone based metamaterials
