Gem-gum to natural material gap - Revision history

Apm: /* Technobiowood */

2025-08-21T12:16:29Z

Technobiowood

← Older revision		Revision as of 14:16, 21 August 2025
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	One can go both direction bridging the gap between the materials:		One can go both direction bridging the gap between the materials:
	* more gem-gum like – Integrating slightly water dissolvable ~~gemstome~~ like ~~compoungs~~ like periclase		* more gem-gum like – Integrating slightly water dissolvable [[gemstone like compound]]s like periclase
	* more natural like – integrating de-novo proteins from earlier technology levels		* more natural like – integrating de-novo proteins from earlier technology levels

Apm: /* Related */ added some links

2023-07-02T13:53:39Z

Related: added some links

← Older revision		Revision as of 15:53, 2 July 2023
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	* [[Technology levels]] & [[Transitionary materials]]		* [[Technology levels]] & [[Transitionary materials]]
			----
			* [[Techno plants]]
			* [[Synthesis of food]]
			* [[Gemstone based medical nanobot]]
			* [[Repair of living biological tissue]]

Apm: added * Technology levels & Transitionary materials

2022-11-03T13:52:59Z

added * Technology levels & Transitionary materials

← Older revision		Revision as of 15:52, 3 November 2022
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	* nano-woven polymers		* nano-woven polymers
	* cryogenically mechanosynthesized metallic pseudo alloys – no clue why		* cryogenically mechanosynthesized metallic pseudo alloys – no clue why

			== Related ==

			* [[Technology levels]] & [[Transitionary materials]]

Apm: added == Other crossover materials == and more

2021-06-01T17:19:28Z

added == Other crossover materials == and more

← Older revision		Revision as of 19:19, 1 June 2021
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	[[Gemstone like compounds]] and [[mechanical metamaterials]] thereof are very different to natural materials. <br>		[[Gemstone like compounds]] and [[mechanical metamaterials]] thereof are very different to natural materials. <br>
	Will there be materials that are with there inner makeup somewhere in-between?		Will there be materials that are with there inner makeup somewhere in-between?

			Well, this is not the target product range of [[gem-gum factories]] <br>
			bitgiven specialised systems will be developed (akin to the <br>
			specialised system for [[synthesis of food]]) then such materials might well become a reality.

			One would probably make these materials out of
			* biodegradability reasons – throw the technobiowood it to the rest of the wood and treat it the same
			* psychological reasons – knowledge that technobiowood is very much like real wood

	What should be avoided is integrating non-decomposable particulates <br>		What should be avoided is integrating non-decomposable particulates <br>
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	That would give an environmental nightmare. See: [[Spill prevention]] and [[splinter prevention]]		That would give an environmental nightmare. See: [[Spill prevention]] and [[splinter prevention]]

	== ~~Technowood~~ ==		== Technobiowood ==

	There are only a finite number of species of trees on this planet but in the universe of possibilities <br>		There are only a finite number of species of trees on this planet but in the universe of possibilities <br>
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	* more gem-gum like – Integrating slightly water dissolvable gemstome like compoungs like periclase		* more gem-gum like – Integrating slightly water dissolvable gemstome like compoungs like periclase
	* more natural like – integrating de-novo proteins from earlier technology levels		* more natural like – integrating de-novo proteins from earlier technology levels

			== Other crossover materials ==

			* faking real stones
			* nano-woven polymers
			* cryogenically mechanosynthesized metallic pseudo alloys – no clue why

Apm: basic page

2021-06-01T17:08:34Z

basic page

New page

{{stub}}

[[Gemstone like compounds]] and [[mechanical metamaterials]] thereof are very different to natural materials. 
Will there be materials that are with there inner makeup somewhere in-between?

What should be avoided is integrating non-decomposable particulates 
or fragile fibrous structures into a decomposable matrix. 
That would give an environmental nightmare. See: [[Spill prevention]] and [[splinter prevention]]

== Technowood ==

There are only a finite number of species of trees on this planet but in the universe of possibilities 
there should be a sheer endless amount of possible types of woods. 
Also some rare types of wood we really do not want to cut down (like e.g. mahagoni). 

The idea: 
Synthesizing artificial cellulose lignin structures. 
Similar things as in [[synthesis of food]] hold. 
The structures are stiffer though and not liquid posing challenges.

One can go both direction bridging the gap between the materials:
* more gem-gum like – Integrating slightly water dissolvable gemstome like compoungs like periclase
* more natural like – integrating de-novo proteins from earlier technology levels