Force applying mechanosynthesis - Revision history

Apm: /* Related */

2026-07-12T09:11:53Z

← Older revision		Revision as of 11:11, 12 July 2026
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	* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]		* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]
	----		----
	* '''[[Seamless covalent cleaving]]''' for buildplate detachment ([[seamless covalent welding]] as later parallel mechanosynthesis assembly step)		* '''[[Seamless covalent cleaving]]''' for buildplate detachment <br>([[seamless covalent welding]] as later parallel mechanosynthesis assembly step)

	== Analysis, theory, and ideas ==		== Analysis, theory, and ideas ==

Apm: /* Related */ added link to page Seamless covalent cleaving & welding dual page

2026-07-12T09:11:42Z

Related: added link to page Seamless covalent cleaving & welding dual page

← Older revision		Revision as of 11:11, 12 July 2026
Line 143:		Line 143:
	* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]		* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]
	----		----
	* '''[[Seamless covalent cleaving]]'''		* '''[[Seamless covalent cleaving]]''' for buildplate detachment ([[seamless covalent welding]] as later parallel mechanosynthesis assembly step)

	== Analysis, theory, and ideas ==		== Analysis, theory, and ideas ==

Apm: /* Related */ added Seamless covalent cleaving

2026-07-12T09:09:36Z

Related: added Seamless covalent cleaving

← Older revision		Revision as of 11:09, 12 July 2026
Line 142:		Line 142:
	----		----
	* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]		* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]
			----
			* '''[[Seamless covalent cleaving]]'''

	== Analysis, theory, and ideas ==		== Analysis, theory, and ideas ==

Apm: /* Related / added Subtractive mechanosynthesis better called Subtractive mechanochemistry

2026-06-19T19:29:53Z

Related: added * Subtractive mechanosynthesis better called Subtractive mechanochemistry

← Older revision		Revision as of 21:29, 19 June 2026
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	* [[Molecular mill]]		* [[Molecular mill]]
	* [[Subtractive mechanosynthesis]] better called [[Subtractive mechanochemistry]]		* [[Subtractive mechanosynthesis]] better called [[Subtractive mechanochemistry]]
			----
			* [[piezomechanochemistry]] & [[Piezomechanochemistry backpressure pane]]

	== Analysis, theory, and ideas ==		== Analysis, theory, and ideas ==

Apm: /* Related / added Subtractive mechanosynthesis better called Subtractive mechanochemistry

2026-06-16T09:43:44Z

Related: added * Subtractive mechanosynthesis better called Subtractive mechanochemistry

← Older revision		Revision as of 11:43, 16 June 2026
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	* '''[[Well merging]]'''		* '''[[Well merging]]'''
	* [[Molecular mill]]		* [[Molecular mill]]
			* [[Subtractive mechanosynthesis]] better called [[Subtractive mechanochemistry]]

	== Analysis, theory, and ideas ==		== Analysis, theory, and ideas ==

Apm: Category:Direct path

2026-03-29T18:07:16Z

Category:Direct path

← Older revision		Revision as of 20:07, 29 March 2026
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	* Wikipedia: [https://en.wikipedia.org/wiki/Bond-dissociation_energy Bond-dissociation_energy]		* Wikipedia: [https://en.wikipedia.org/wiki/Bond-dissociation_energy Bond-dissociation_energy]

			[[Category:Direct path]]

Apm at 10:41, 7 March 2025

2025-03-07T10:41:33Z

← Older revision		Revision as of 12:41, 7 March 2025
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	Up: [[Mechanosynthesis (disambiguation)]]		Up: [[Mechanosynthesis (disambiguation)]]

	{{wikitodo\|Reverted ~~baxk~~ from using piezomechanosyntehsis - skim links that link here and fix them.}}		{{wikitodo\|Reverted back from using piezomechanosyntehsis - skim links that link here and fix them, also fix double and triple redirects}}

	'''Force applying mechanosynthesis''' is a [[method of assembly]] involving the manipulation of chemical bonds bwtween atoms (or molecules stretching it a bit). Beside being a pick-n-place [[positional assembly]] method (like non force applying [[mechanosynthesis]]), it is about applying high forces, torques, and bending moments to assemble from single atoms and minimal molecule fragments (aka [[moieties]]) into larger parts/structures. Target structures are typically highly polycyclic molecules out of [[stiffness\|stiff]] [[gemstone like compounds]]. What here on [[APM:About\|this wiki]] is called [[crystolecules]]. Crystolecules do not occur in nature and cannot yet be produced via today's (2025 …) [[thermodynamic means]] of producton.		'''Force applying mechanosynthesis''' is a [[method of assembly]] involving the manipulation of chemical bonds bwtween atoms (or molecules stretching it a bit). Beside being a pick-n-place [[positional assembly]] method (like non force applying [[mechanosynthesis]]), it is about applying high forces, torques, and bending moments to assemble from single atoms and minimal molecule fragments (aka [[moieties]]) into larger parts/structures. Target structures are typically highly polycyclic molecules out of [[stiffness\|stiff]] [[gemstone like compounds]]. What here on [[APM:About\|this wiki]] is called [[crystolecules]]. Crystolecules do not occur in nature and cannot yet be produced via today's (2025 …) [[thermodynamic means]] of producton.

Apm at 10:36, 7 March 2025

2025-03-07T10:36:39Z

← Older revision		Revision as of 12:36, 7 March 2025
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	[[File:Mol-Mill-color.jpg\|400px\|thumb\|right\|A single [[hydrogen]] atom is deposited onto a cylindrical [[crystolecule]] under construction. The tooltip used here is the '''HDon tool that has been theoretically analyzed in the paper: "A Minimal Toolset for Positional Diamond Mechanosynthesis"'''. See [[tooltip chemistry]] ]]		[[File:Mol-Mill-color.jpg\|400px\|thumb\|right\|A single [[hydrogen]] atom is deposited onto a cylindrical [[crystolecule]] under construction. The tooltip used here is the '''HDon tool that has been theoretically analyzed in the paper: "A Minimal Toolset for Positional Diamond Mechanosynthesis"'''. See [[tooltip chemistry]] ]]
	[[File:Reversible_mechanosynthesis_annotated.svg\|400px\|thumb\|right\|By smartly crafting the temporal trajectory of the potential wells for tool-tip and work-piece-surface mechanosynthesis can be made vastly more efficient than "normal chemistry".]]		[[File:Reversible_mechanosynthesis_annotated.svg\|400px\|thumb\|right\|By smartly crafting the temporal trajectory of the potential wells for tool-tip and work-piece-surface mechanosynthesis can be made vastly more efficient than "normal chemistry".]]
			Up: [[Mechanosynthesis (disambiguation)]]

	{{wikitodo\|Reverted baxk from using piezomechanosyntehsis - skim links that link here and fix them.}}		{{wikitodo\|Reverted baxk from using piezomechanosyntehsis - skim links that link here and fix them.}}

Apm: /* The surprising tricks */ added link to: Exothermy offloading

2025-03-07T10:27:55Z

The surprising tricks: added link to: Exothermy offloading

← Older revision		Revision as of 12:27, 7 March 2025
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	* '''[[Inter system crossing]]''' - related theory		* '''[[Inter system crossing]]''' - related theory
	* '''[[Dissipation sharing]]''' - related idea		* '''[[Dissipation sharing]]''' - related idea
			* '''[[Exothermy offloading]]'''

	== Types of chemistry ==		== Types of chemistry ==

Apm: hugely improved on the intro

2025-03-07T10:24:48Z

hugely improved on the intro

← Older revision		Revision as of 12:24, 7 March 2025
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	{{wikitodo\|Reverted baxk from using piezomechanosyntehsis - skim links that link here and fix them.}}		{{wikitodo\|Reverted baxk from using piezomechanosyntehsis - skim links that link here and fix them.}}

	'''Force applying mechanosynthesis''' (~~'''often just mechanosynthesis''', but the concept as defined in the book~~ [[~~Nanosystems~~]] ~~includes also more generally~~ non force applying [[mechanosynthesis]] ~~too~~) is ~~the~~ high ~~force~~, ~~torque~~, and bending ~~moment applying pick-n-place-assembly of~~ single atoms and minimal molecule fragments (aka [[moieties]]) into larger structures. Target structures are typically highly polycyclic molecules out of [[stiffness\|stiff]] [[gemstone like compounds]]. What here is called [[crystolecules]]. Crystolecules do not occur in nature and cannot yet be produced via today's (2025 …) [[thermodynamic means]] of producton.		'''Force applying mechanosynthesis''' is a [[method of assembly]] involving the manipulation of chemical bonds bwtween atoms (or molecules stretching it a bit). Beside being a pick-n-place [[positional assembly]] method (like non force applying [[mechanosynthesis]]), it is about applying high forces, torques, and bending moments to assemble from single atoms and minimal molecule fragments (aka [[moieties]]) into larger parts/structures. Target structures are typically highly polycyclic molecules out of [[stiffness\|stiff]] [[gemstone like compounds]]. What here on [[APM:About\|this wiki]] is called [[crystolecules]]. Crystolecules do not occur in nature and cannot yet be produced via today's (2025 …) [[thermodynamic means]] of producton.

			Force applying mechanosynthesis is often just called '''mechanosynthesis''', but being precise the plain base concept as defined in the book [[Nanosystems]] is kept more general includes and also includes various forms of non force applying [[mechanosynthesis]] too.

	Conditions for piezichemical mechanosynthesis:		Conditions for piezichemical mechanosynthesis:

← Older revision		Revision as of 12:36, 7 March 2025
Line 2:		Line 2:
	[[File:Mol-Mill-color.jpg\|400px\|thumb\|right\|A single [[hydrogen]] atom is deposited onto a cylindrical [[crystolecule]] under construction. The tooltip used here is the '''HDon tool that has been theoretically analyzed in the paper: "A Minimal Toolset for Positional Diamond Mechanosynthesis"'''. See [[tooltip chemistry]] ]]		[[File:Mol-Mill-color.jpg\|400px\|thumb\|right\|A single [[hydrogen]] atom is deposited onto a cylindrical [[crystolecule]] under construction. The tooltip used here is the '''HDon tool that has been theoretically analyzed in the paper: "A Minimal Toolset for Positional Diamond Mechanosynthesis"'''. See [[tooltip chemistry]] ]]
	[[File:Reversible_mechanosynthesis_annotated.svg\|400px\|thumb\|right\|By smartly crafting the temporal trajectory of the potential wells for tool-tip and work-piece-surface mechanosynthesis can be made vastly more efficient than "normal chemistry".]]		[[File:Reversible_mechanosynthesis_annotated.svg\|400px\|thumb\|right\|By smartly crafting the temporal trajectory of the potential wells for tool-tip and work-piece-surface mechanosynthesis can be made vastly more efficient than "normal chemistry".]]
			Up: [[Mechanosynthesis (disambiguation)]]

	{{wikitodo\|Reverted baxk from using piezomechanosyntehsis - skim links that link here and fix them.}}		{{wikitodo\|Reverted baxk from using piezomechanosyntehsis - skim links that link here and fix them.}}

Force applying mechanosynthesis - Revision history

Apm: /* Related */

Apm: /* Related */ added link to page Seamless covalent cleaving & welding dual page

Apm: /* Related */ added Seamless covalent cleaving

Apm: /* Related */ added * Subtractive mechanosynthesis better called Subtractive mechanochemistry

Apm: /* Related */ added * Subtractive mechanosynthesis better called Subtractive mechanochemistry

Apm: Category:Direct path

Apm at 10:41, 7 March 2025

Apm at 10:36, 7 March 2025

Apm: /* The surprising tricks */ added link to: Exothermy offloading

Apm: hugely improved on the intro

Apm: /* Related / added Subtractive mechanosynthesis better called Subtractive mechanochemistry

Apm: /* Related / added Subtractive mechanosynthesis better called Subtractive mechanochemistry