Synthesis of food - Revision history

Apm: Category:Surprising facts

2026-03-29T20:09:57Z

2023-07-02T13:25:19Z

← Older revision		Revision as of 15:25, 2 July 2023
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	* [[Mechanosynthesis of chain molecules]]		* [[Mechanosynthesis of chain molecules]]
	* [[Gem-gum to natural material gap]] – Technowood ...		* [[Gem-gum to natural material gap]] – Technowood ...
	* Food and organic matter is very different to [[gemstone like compound]]s the prime focus of [[gem-gum technology]]		* Food and organic matter is very different to [[gemstone like compound]]s the prime focus of [[gem-gum technology]]
			* [[Repair of living biological tissue]]

	[[Category:Food]]		[[Category:Food]]

2023-06-06T13:19:14Z

← Older revision		Revision as of 15:19, 6 June 2023
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	{{Template:Speculative}}		{{Template:Speculative}}
	[[File:DT Eightron ep01 00-05-33 data meal2.png\|512px\|thumb\|right\|~~Don~~'t worry. It won't be like that. (image source: DT Eightron ep1)]]		[[File:DT Eightron ep01 00-05-33 data meal2.png\|512px\|thumb\|right\|This is supposed to be bland tasteless nutrition food bricks not playing chips or such. But don't worry. It won't be like that. (image source: DT Eightron ep1)]]

	A summary of the most important results are given first. <br>		A summary of the most important results are given first. <br>

2021-06-01T16:51:04Z

← Older revision		Revision as of 18:51, 1 June 2021
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	* [[Mechanosynthesis of chain molecules]]		* [[Mechanosynthesis of chain molecules]]
	* [[Gem-gum to natural material gap]] – Technowood ...		* [[Gem-gum to natural material gap]] – Technowood ...
	* Food and organic matter is very different to [[gemstone like ~~compouns~~]] the prime focus of [[gem-gum technology]]		* Food and organic matter is very different to [[gemstone like compound]]s the prime focus of [[gem-gum technology]]

	[[Category:Food]]		[[Category:Food]]

2021-06-01T16:50:46Z

← Older revision		Revision as of 18:50, 1 June 2021
Line 150:		Line 150:
	* [[Mechanosynthesis of chain molecules]]		* [[Mechanosynthesis of chain molecules]]
	* [[Gem-gum to natural material gap]] – Technowood ...		* [[Gem-gum to natural material gap]] – Technowood ...
			* Food and organic matter is very different to [[gemstone like compouns]] the prime focus of [[gem-gum technology]]

	[[Category:Food]]		[[Category:Food]]

2021-06-01T16:49:22Z

← Older revision		Revision as of 18:49, 1 June 2021
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	* [[Why identical copying is unnecessary for foodsynthesis]]		* [[Why identical copying is unnecessary for foodsynthesis]]
	* [[Mechanosynthesis of chain molecules]]		* [[Mechanosynthesis of chain molecules]]
			* [[Gem-gum to natural material gap]] – Technowood ...

	[[Category:Food]]		[[Category:Food]]

2017-11-03T04:01:35Z

Added related sectiin with two important links

← Older revision		Revision as of 06:01, 3 November 2017
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	One may consider small salt crystals an exception but they get instantly dissolved and do not stay crystalline in the body.		One may consider small salt crystals an exception but they get instantly dissolved and do not stay crystalline in the body.
	Salts are probably best handled dissolved and sorted with nanopores but they should be handleable mechanosynthetically in solid state too since they do not diffuse at room temperature.		Salts are probably best handled dissolved and sorted with nanopores but they should be handleable mechanosynthetically in solid state too since they do not diffuse at room temperature.

			= Related =

			* [[Why identical copying is unnecessary for foodsynthesis]]
			* [[Mechanosynthesis of chain molecules]]

	[[Category:Food]]		[[Category:Food]]

2017-07-02T08:38:08Z

Methods of food synthesis =

← Older revision		Revision as of 10:38, 2 July 2017
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	Note that for didactic reasons in the following deliberations these results will be explained in a different order than here initially presented.		Note that for didactic reasons in the following deliberations these results will be explained in a different order than here initially presented.

	= Methods of food synthesis ==		= Methods of food synthesis =

	First an approach that seems practical and worth of pursue:		First an approach that seems practical and worth of pursue:

2017-03-30T19:15:26Z

added concrete proposal from reddit comment - refine and put that more to the top later

← Older revision		Revision as of 21:15, 30 March 2017
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	Btw: Natural food is already a self replicating technology so APM will not make the cost for food drop in the same radical way as it will for anything factory produced.		Btw: Natural food is already a self replicating technology so APM will not make the cost for food drop in the same radical way as it will for anything factory produced.

			= Possible concrete processing chain of a specialized food synthesizer device =

			Bottom line: What probably makes most sense is simple food molecule synthesis plus managed in-vitro cell breeding done in parallel. Then blending of those two main classes of ingredients (high surface area high viscosity friction issues!) then micro-scale meta food 3D-printing (friction issues again) interleaved by possibly by heat treatments aka baking/cooking. All managed in a specialized diamondoid system but not done with gem-gum-nanofactories that make car tires, socks and all the other non-food stuff.

	= Related =		= Related =

2017-01-26T14:55:07Z

← Older revision		Revision as of 16:55, 26 January 2017
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	One may consider small salt crystals an exception but they get instantly dissolved and do not stay crystalline in the body.		One may consider small salt crystals an exception but they get instantly dissolved and do not stay crystalline in the body.
	Salts are probably best handled dissolved and sorted with nanopores but they should be handleable mechanosynthetically in solid state too since they do not diffuse at room temperature.		Salts are probably best handled dissolved and sorted with nanopores but they should be handleable mechanosynthetically in solid state too since they do not diffuse at room temperature.

			[[Category:Food]]