Atomic precision - Revision history

Apm: /* Related */

2024-10-06T13:11:08Z

← Older revision		Revision as of 15:11, 6 October 2024
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	* '''[[Spectrum of means of assembly]]'''		* '''[[Spectrum of means of assembly]]'''
	* [[Positional assembly]] [[Self-assembly]]		* [[Positional assembly]] [[Self-assembly]]
	* [[Mechanosynelf assembly]] – This is about "semi machine phase locally tether constrained quasi self-asslembly". <br>Smack in between the worlds of [[positional assembly]] and [[self-assembly]].		* [[Tether assisted assembly]] / [[Mechanosynelf assembly]] – This is about "semi machine phase locally tether constrained quasi self-asslembly". <br>Smack in between the worlds of [[positional assembly]] and [[self-assembly]].

2024-10-06T13:08:03Z

← Older revision		Revision as of 15:08, 6 October 2024
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	* '''[[Spectrum of means of assembly]]'''		* '''[[Spectrum of means of assembly]]'''
	* [[Positional assembly]] [[Self-assembly]]		* [[Positional assembly]] [[Self-assembly]]
	* [[Mechanosynelf assembly]] ~~Semi~~ machine phase locally tether constrained quasi self-asslembly. Smack in between the worlds of [[positional assembly]] and [[self-assembly]].		* [[Mechanosynelf assembly]] – This is about "semi machine phase locally tether constrained quasi self-asslembly". <br>Smack in between the worlds of [[positional assembly]] and [[self-assembly]].

2024-10-06T13:07:20Z

Related: improvements

← Older revision		Revision as of 15:07, 6 October 2024
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	* [[Main Page]]		* [[Main Page]]
	----		----
	* ~~[[Semi machine phase locally tether constrained self-asslembly]] smack in between the worlds of [[positional assembly]] and [[self-assembly]]~~		* '''[[Digital control over reversibly composable units of matter]]'''
	* [[Digital control over reversibly composable units of matter]]
	----		----
	* [[Spectrum of means of assembly]]		* '''[[Spectrum of means of assembly]]'''
	* [[Positional assembly]] [[Self-assembly]]		* [[Positional assembly]] [[Self-assembly]]
			* [[Mechanosynelf assembly]] Semi machine phase locally tether constrained quasi self-asslembly. Smack in between the worlds of [[positional assembly]] and [[self-assembly]].

2024-10-06T13:03:00Z

← Older revision		Revision as of 15:03, 6 October 2024
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	* [[Semi machine phase locally tether constrained self-asslembly]] smack in between the worlds of [[positional assembly]] and [[self-assembly]]		* [[Semi machine phase locally tether constrained self-asslembly]] smack in between the worlds of [[positional assembly]] and [[self-assembly]]
	* [[Digital control over reversibly composable units of matter]]		* [[Digital control over reversibly composable units of matter]]
			----
			* [[Spectrum of means of assembly]]
			* [[Positional assembly]] [[Self-assembly]]

2024-10-06T12:57:22Z

← Older revision		Revision as of 14:57, 6 October 2024
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	Up: [[Precision]]		Up: [[Precision]] <br>
	{{wikitodo\|Add relevant illustrations for visual explanation.}}		{{wikitodo\|Add relevant illustrations for visual explanation.}}

2024-10-06T12:57:06Z

← Older revision		Revision as of 14:57, 6 October 2024
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	Up: [[Precision]]		Up: [[Precision]]
			{{wikitodo\|Add relevant illustrations for visual explanation.}}

	'''As just "atomic precision" may be too unspecific in many cases/contexts''' <br>		'''As just "atomic precision" may be too unspecific in many cases/contexts''' <br>

2024-10-06T12:43:51Z

Major benefits that atomic precision (both topological and positional) can bring.

← Older revision		Revision as of 14:43, 6 October 2024
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	Actually this would be one of the (perhaps much) more difficult products to make. <br>		Actually this would be one of the (perhaps much) more difficult products to make. <br>

	~~<small>~~ Side-note: There is a point to be made that engineerability (i.e. sperability of design concerns) can be attained at a more abstract level than construction kit like geometry (complex coupled flexing and such). This is more difficult though and more a thing for either mimicking biological systems or hyper optimizing advanced systems.<~~/small~~>		Side-note: There is a point to be made that engineerability (i.e. sperability of design concerns) <br>
			can be attained at a more abstract level than construction kit like geometry <br>
			(complex coupled flexing that is still decomposable in an abstract space and such - generalized coordinates / latent space / whatever). <br>
			This is more difficult though and more a thing for … <br>
			– either mimicking biological systems (not focused R&D towards [[gem based APM]]) <br>
			– or hyper optimizing advanced biocompatible systems. <br>

	=== No wear ([[FAPP]]) ===		=== No wear ([[FAPP]]) ===

2024-10-06T12:38:52Z

AP providing more ease in manufacturability => context dependent answer

← Older revision		Revision as of 14:38, 6 October 2024
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	– that is not yet AP but rather made via some top down non AP processes <br>		– that is not yet AP but rather made via some top down non AP processes <br>
	… may still come about before AP systems with such properties are developed. Time will tell. <br>		… may still come about before AP systems with such properties are developed. Time will tell. <br>
			The [[Center for Bits and Atoms]] focuses on these sort of non AP things with [[digital control over matter]]. <br>
			(Not to confuse with "smart materials" / "[[programmable matter]]"). It's more [[marerializable programs]].

	== Related ==		== Related ==

2024-10-06T12:35:22Z

massive extension of the page - removed the stub marker

@@ Line 1: / Line 1: @@
 Up: [[Precision]]
 Atomic precision in general can encomapass both:
 * the weaker [[Topological atomic precision]] (precisely specifiable bond connectivity) and
 * the stronger [[Positional atomic precision]] (precisely specifiable placement coordinates)
 In both cases precision is preserved over long periods of time.<br>
@@ Line 10: / Line 13: @@
 or too high operation temperatures.
-Note: The '''definition of [[atomic precision]] does not imply single-atomic manipulation'''. <br>
+== Delineation to [[single atomic manipulation]] ==
-The derived term "[[APM]]" also tells nothing about product size. <br>
-It is thus suitable for todays self assembly and all technology levels beyond [[technology level 0]].<br>
+Note: The '''definition of [[atomic precision]] does not necessarily imply [[single-atomic manipulation]]'''. <br>
-'''Advanced levels of APM''' though are capable of '''macromanufacturing''' of [[diamondoid]] structures '''with [[positional atomic precision]]'''.
+The derived term "[[APM]]" also tells nothing about the size of the building blocks or the size of the product. <br>
 == Related ==
 * [[Atomically precise manufacturing]]
 * [[Main Page]]

2022-05-18T10:14:30Z

← Older revision		Revision as of 12:14, 18 May 2022
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	In both cases precision is preserved over long periods of time.<br>		In both cases precision is preserved over long periods of time.<br>
	Excluding thermally rather unstable bonds and compounds (including [[pure metals]])		Excluding thermally rather unstable bonds and compounds (including [[pure metals and metallic alloys]])
	or too high operation temperatures.		or too high operation temperatures.