Mechanosynthetic water splitting - Revision history

Apm: /* Examples in nature */

2021-05-30T11:43:57Z

Examples in nature

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	Water splitting is involved in photosynthesis ... <br>		Water splitting is involved in photosynthesis ... <br>
	Related: [[Learning from ~~Enzymes~~]]		Related: [[Learning from enzymes]]

	== Related ==		== Related ==

Apm: added link to yet unwritten page: Learning from Enzymes

2021-05-30T11:43:46Z

added link to yet unwritten page: Learning from Enzymes

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	Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. [[Electron deficiency bonds]] (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).		Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. [[Electron deficiency bonds]] (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).
	Either way [[Minimal toolset paper\|it has been proven]] [[mechanosynthesis\|(*)]] that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.		Either way [[Minimal toolset paper\|it has been proven]] [[mechanosynthesis\|(*)]] that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.

			== Examples in nature ==

			Water splitting is involved in photosynthesis ... <br>
			Related: [[Learning from Enzymes]]

	== Related ==		== Related ==

Apm: /* Related */ fixed error in link to yet unwritten page – there is no Ethyne dioxide

2021-05-30T11:17:19Z

Related: fixed error in link to yet unwritten page – there is no Ethyne dioxide

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	* [[Mechanosynthetic resource molecule splitting]]		* [[Mechanosynthetic resource molecule splitting]]
	* [[Mechanosynthetic carbon dioxide splitting]]		* [[Mechanosynthetic carbon dioxide splitting]]
	* [[Mechanosynthetic ethyne ~~dioxide~~ splitting]]		* [[Mechanosynthetic ethyne splitting]]
	* nitrogen, oxygen, ...		* nitrogen, oxygen, ...
	----		----

Apm: /* Related */ added links to yet unwritten pages

2021-05-25T23:06:25Z

Related: added links to yet unwritten pages

← Older revision		Revision as of 01:06, 26 May 2021
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	== Related ==		== Related ==

			* [[Mechanosynthetic resource molecule splitting]]
			* [[Mechanosynthetic carbon dioxide splitting]]
			* [[Mechanosynthetic ethyne dioxide splitting]]
			* nitrogen, oxygen, ...
			----
	* [[Resource molecule]]		* [[Resource molecule]]
	* [[Molecule fragment]]		* [[Molecule fragment]]


	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]

Apm: added related section with: * Resource molecule * Molecule fragment

2021-05-25T23:03:30Z

added related section with: * Resource molecule * Molecule fragment

← Older revision		Revision as of 01:03, 26 May 2021
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	Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. [[Electron deficiency bonds]] (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).		Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. [[Electron deficiency bonds]] (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).
	Either way [[Minimal toolset paper\|it has been proven]] [[mechanosynthesis\|(*)]] that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.		Either way [[Minimal toolset paper\|it has been proven]] [[mechanosynthesis\|(*)]] that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.

			== Related ==

			* [[Resource molecule]]
			* [[Molecule fragment]]

	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]

Apm: /* How can something be placed that has only two bonds to "hold" it */ added wanted links

2016-02-13T07:01:41Z

How can something be placed that has only two bonds to "hold" it: added wanted links

← Older revision		Revision as of 09:01, 13 February 2016
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	= How can something be placed that has only two bonds to "hold" it =		= How can something be placed that has only two bonds to "hold" it =

	Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. Electron deficiency bonds (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).		Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. [[Electron deficiency bonds]] (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).
	Either way ''it has been proven'' that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.		Either way [[Minimal toolset paper\|it has been proven]] [[mechanosynthesis\|(*)]] that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.

	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]

Apm: text improvement

2016-02-13T06:57:42Z

text improvement

← Older revision		Revision as of 08:57, 13 February 2016
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	* gaining oxygen when the hydrogen is needed too (seldom case) otherwise [[mechanosynthetic splitting of dioxygen\|mechanosynthetic splitting of atmospheric dioxigen]] is a better choice		* gaining oxygen when the hydrogen is needed too (seldom case) otherwise [[mechanosynthetic splitting of dioxygen\|mechanosynthetic splitting of atmospheric dioxigen]] is a better choice

	~~'''Todo:'''~~ How does the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) need to be extended to be able to reversibly rip H<sub>2</sub>O apart?		{{todo\|How does the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) need to be extended to be able to reversibly rip H<sub>2</sub>O apart?}}

	= ~~Notes~~ =		= Diffeculties (error rate) =

	According to the book [[Nanosystems]] oxygen is one of the more difficult elements to handle at room temperature ~~['''~~todo~~:'''~~ check for correctness and add chapter~~] due~~ to ~~its weaker bond strengths.~~ Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. Electron deficiency bonds (e.g. with boron) that grab the lone pair of oxygen may be usable but this has not yet been analyzed. ~~But~~ ''it has been proven'' that even hydrogen which normally forms only one bond can be mechanosynthetically transferred, so there should be no fundamental problems.		According to the book [[Nanosystems]] oxygen is one of the more difficult elements to handle at room temperature due to its weaker bond strengths. {{todo\| check for correctness and add chapter\|Nanosystem says oxygen splitting is hard at room temperature}}

			= How can something be placed that has only two bonds to "hold" it =

			Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. Electron deficiency bonds (e.g. with boron) that grab the lone pair of oxygen (effectively as a third bond) may be usable but this has not yet been analyzed (2016).
			Either way ''it has been proven'' that even hydrogen which normally forms only one bond can reliably be mechanosynthetically transferred, so there should be no fundamental problems.

	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]

Apm at 02:43, 29 March 2015

2015-03-29T02:43:20Z

← Older revision		Revision as of 05:43, 29 March 2015
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	= Notes =		= Notes =

	According to the book [[Nanosystems]] oxygen is one of the more difficult elements to handle at room temperature ['''todo:''' check for correctness and add chapter] due to its weaker bond strengths. Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. Electron deficiency bonds (e.g. with boron) that grab the lone pair may be usable but this has not yet been analyzed. But even hydrogen which normally forms only one bond can be mechanosynthetically transferred, so there should be no fundamental problems.		According to the book [[Nanosystems]] oxygen is one of the more difficult elements to handle at room temperature ['''todo:''' check for correctness and add chapter] due to its weaker bond strengths. Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. Electron deficiency bonds (e.g. with boron) that grab the lone pair of oxygen may be usable but this has not yet been analyzed. But ''it has been proven'' that even hydrogen which normally forms only one bond can be mechanosynthetically transferred, so there should be no fundamental problems.

	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]

Apm at 02:41, 29 March 2015

2015-03-29T02:41:17Z

← Older revision		Revision as of 05:41, 29 March 2015
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	'''Todo:''' How does the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) need to be extended to be able to reversibly rip H<sub>2</sub>O apart?		'''Todo:''' How does the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) need to be extended to be able to reversibly rip H<sub>2</sub>O apart?

			= Notes =

			According to the book [[Nanosystems]] oxygen is one of the more difficult elements to handle at room temperature ['''todo:''' check for correctness and add chapter] due to its weaker bond strengths. Also oxygen (like its group companion sulfur) normally forms only two bonds under average conditions. Electron deficiency bonds (e.g. with boron) that grab the lone pair may be usable but this has not yet been analyzed. But even hydrogen which normally forms only one bond can be mechanosynthetically transferred, so there should be no fundamental problems.

	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]

Apm: added two use cases and made a list from them

2015-03-29T02:30:08Z

added two use cases and made a list from them

← Older revision		Revision as of 05:30, 29 March 2015
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	[[File:Water_molecule_3D.svg.png\|thumb\|CPK model of a water molecule]]		[[File:Water_molecule_3D.svg.png\|thumb\|CPK model of a water molecule]]

	~~Beside energy storage this is also needed~~ for ~~storing~~ the ~~products~~ of [[mechanosynthetic carbon dioxide splitting]]~~. <br>~~		= Use cases =
	'''Todo:''' How ~~needs~~ the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) be extended to be able to reversibly rip H<sub>2</sub>O apart?
			* Gaining hydrogen for the hydrogenation of carbon after [[mechanosynthetic carbon dioxide splitting]]
			* Splitting into dioxygen and dihydrogen and storage in high pressure microcapsules for energy storage
			* gaining oxygen when the hydrogen is needed too (seldom case) otherwise [[mechanosynthetic splitting of dioxygen\|mechanosynthetic splitting of atmospheric dioxigen]] is a better choice

			'''Todo:''' How does the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) need to be extended to be able to reversibly rip H<sub>2</sub>O apart?

	[[Category:Technology level III]]		[[Category:Technology level III]]
	[[Category:Mechanosynthesis]]		[[Category:Mechanosynthesis]]