Incremental path - Revision history

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

2026-10-09T07:49:25Z

Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels

← Older revision		Revision as of 09:49, 9 October 2026
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	From the technology perspective (but not from the funding perspective) the best path seems <br>		From the technology perspective (but not from the funding perspective) the best path seems <br>
	– [[Robo approach (incremental path)]] … just a focus on scaling [[hierarchical assembly]] <br>		– [[Robo approach (incremental path)]] … just a focus on scaling [[hierarchical self-assembly]] <br>
	– [[Modular molecular composite nanosystem]] (MMCNs) … proteins joining in on [[noncyclic termination control]] <br>		– [[Modular molecular composite nanosystem]] (MMCNs) … proteins joining in on [[noncyclic termination control]] <br>
	– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>		– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

2026-10-09T07:48:59Z

Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels

← Older revision		Revision as of 09:48, 9 October 2026
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	– [[noncyclic termination control]] <br>		– [[noncyclic termination control]] <br>
	– [[essential system complexity]] <br>		– [[essential system complexity]] <br>
	– [[hierarchical assembly]] <br>		– [[hierarchical self-assembly]] <br>

	From the technology perspective (but not from the funding perspective) the best path seems <br>		From the technology perspective (but not from the funding perspective) the best path seems <br>

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

2026-10-09T07:48:39Z

Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels

← Older revision		Revision as of 09:48, 9 October 2026
Line 130:		Line 130:
	From the technology perspective (but not from the funding perspective) the best path seems <br>		From the technology perspective (but not from the funding perspective) the best path seems <br>
	– [[Robo approach (incremental path)]] … just a focus on scaling [[hierarchical assembly]] <br>		– [[Robo approach (incremental path)]] … just a focus on scaling [[hierarchical assembly]] <br>
	– [[~~MMCN~~]]s … proteins joining in on [[noncyclic termination control]] <br>		– [[Modular molecular composite nanosystem]] (MMCNs) … proteins joining in on [[noncyclic termination control]] <br>
	– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>		– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>

Apm: /* System complexity – Climbing hierarchical self-assembly levels */

2026-10-09T07:48:06Z

System complexity – Climbing hierarchical self-assembly levels

← Older revision		Revision as of 09:48, 9 October 2026
Line 130:		Line 130:
	From the technology perspective (but not from the funding perspective) the best path seems <br>		From the technology perspective (but not from the funding perspective) the best path seems <br>
	– [[Robo approach (incremental path)]] … just a focus on scaling [[hierarchical assembly]] <br>		– [[Robo approach (incremental path)]] … just a focus on scaling [[hierarchical assembly]] <br>
	– [[~~MMCNs~~]] … proteins joining in on [[noncyclic termination control]] <br>		– [[MMCN]]s … proteins joining in on [[noncyclic termination control]] <br>
	– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>		– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

2026-10-09T07:47:36Z

Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels

← Older revision		Revision as of 09:47, 9 October 2026
Line 133:		Line 133:
	– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>		– [[Foldamer printer approach (incremental path)]] as [[MMCN]] subsystems … finally getting to [[technology level climbig capability]] <br>

			----
	Side-note: The [[direct path]] has the opposite order. <br>		Side-note: The [[direct path]] has the opposite order. <br>
	There the fist blocker/challenge is to get [[vacuum gemstone]] [[force applying mechanosynthesis]] <br>		There the fist blocker/challenge is to get [[vacuum gemstone]] [[force applying mechanosynthesis]] <br>

Apm: huge additions == System complexity – Climbing hierarchical assembly levels ==

2026-10-09T07:47:12Z

huge additions == System complexity – Climbing hierarchical assembly levels ==

@@ Line 99: / Line 99: @@
 * Very late leftward-turn: [[Robo approach]] (See: [[Modular molecular composite nanosystem]] MMCN)
-== Self-assembly – Climbing '''selfassembly levels''' ==
+== System complexity – Climbing [[hierarchical self-assembly]] levels ==
-=== State of progress ===
+Or more generally: Increasing essential system complexity by expanding on [[noncyclic termination contol]] capabilities.
 A good place to look at is [[foldamer R&D]] specifically [[structural DNA nanotechnology]].<br>

Apm: /* Related */

2026-08-15T14:41:26Z

← Older revision		Revision as of 16:41, 15 August 2026
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	* '''[[Stiffness focusing]]'''		* '''[[Stiffness focusing]]'''
	----		----
	* [[Microfluidics]] & [[Transflooder]]		* [[Microfluidics]] & [[Transflooder]] & [[Automated research]]

	== External links ==		== External links ==

Apm: /* Related / Microfluidics & Transflooder

2026-08-15T14:41:01Z

Related: * Microfluidics & Transflooder

← Older revision		Revision as of 16:41, 15 August 2026
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	* '''[[Foldamer technology stiffness nesting]]'''		* '''[[Foldamer technology stiffness nesting]]'''
	* '''[[Stiffness focusing]]'''		* '''[[Stiffness focusing]]'''
			----
			* [[Microfluidics]] & [[Transflooder]]

	== External links ==		== External links ==

Apm: /* Related */ added link to Stiffness focusing

2026-07-27T06:49:01Z

Related: added link to Stiffness focusing

← Older revision		Revision as of 08:49, 27 July 2026
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	----		----
	* '''[[Foldamer technology stiffness nesting]]'''		* '''[[Foldamer technology stiffness nesting]]'''
			* '''[[Stiffness focusing]]'''

	== External links ==		== External links ==

Apm: added wikitodo

2026-06-22T07:18:10Z

added wikitodo

← Older revision		Revision as of 09:18, 22 June 2026
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	\|}		\|}
	[[File:Incremental path - MMCS Modular Molecular Composite Nanosystems.svg\|500px\|thumb\|right\|'''Very crude conceptual example of part of an MMCN.''' Red may represent proteins, Blue dots may represent binding sites/active sites. Dark grey blocks and grid of black may represent bigger structures (maybe [[structural DNA nanotechnology]]). Yellow way represent a gold contact on a chip for electrostatic interaction. White outline: A hinge. ... Moe details on page: [[Modular molecular composite nanosystem]].]]		[[File:Incremental path - MMCS Modular Molecular Composite Nanosystems.svg\|500px\|thumb\|right\|'''Very crude conceptual example of part of an MMCN.''' Red may represent proteins, Blue dots may represent binding sites/active sites. Dark grey blocks and grid of black may represent bigger structures (maybe [[structural DNA nanotechnology]]). Yellow way represent a gold contact on a chip for electrostatic interaction. White outline: A hinge. ... Moe details on page: [[Modular molecular composite nanosystem]].]]
	Up: [[Pathways to advanced APM systems]]		Up: [[Pathways to advanced APM systems]] <br>
			{{Wikitodo\|Collage and add image of sequence of material classes. DNA/RNA, peptide/protein, artificial foldamer, spiroligomer, solvent gem (CeO<sub>2</sub>), vacuum gem (diamond)}}

	The '''incremental path''' towards advanced APM systems describes a desired process of slowly increasing technological capabilities (tools making better tools) with avoidance of loss of a strong orientation towards the far term goal of the [[stiffness\|stiff nanomachinery]] in [[In-vacuum gem-gum technology\|gem-gum technology]].		The '''incremental path''' towards advanced APM systems describes a desired process of slowly increasing technological capabilities (tools making better tools) with avoidance of loss of a strong orientation towards the far term goal of the [[stiffness\|stiff nanomachinery]] in [[In-vacuum gem-gum technology\|gem-gum technology]].

Incremental path - Revision history

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

Apm: /* System complexity – Climbing hierarchical self-assembly levels */

Apm: /* Why necessarily early – fist climbing hierarchical self-assembly – then climbing technology levels */

Apm: huge additions == System complexity – Climbing hierarchical assembly levels ==

Apm: /* Related */

Apm: /* Related */ * Microfluidics & Transflooder

Apm: /* Related */ added link to Stiffness focusing

Apm: added wikitodo

Apm: /* Related / Microfluidics & Transflooder