Mixed path - Revision history

Apm: category:Incremental path category:Direct path

2026-03-29T16:30:31Z

category:Incremental path category:Direct path

← Older revision		Revision as of 18:30, 29 March 2026
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	----		----
	* '''[[Tether assisted assembly]]'''		* '''[[Tether assisted assembly]]'''

			[[category:Incremental path]] [[category:Direct path]]

Apm at 12:10, 19 November 2024

2024-11-19T12:10:01Z

← Older revision		Revision as of 14:10, 19 November 2024
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	'''Combining strengths:''' <br>		'''Combining strengths:''' <br>
	– [[Incremental path]]s strength at [[System complexity scaling of self-assembly\|scaling to larger system complexities '''(incremental)''']]. <br>		– [[Incremental path]]s strength at [[System complexity scaling with self-assembly\|scaling to larger system complexities '''(incremental)''']]. <br>
	– [[Direct path]]s strength at [[introduction of total positional control]] towards [[positional atomic precision]]. <br>		– [[Direct path]]s strength at [[introduction of total positional control]] towards [[positional atomic precision]]. <br>

Apm: /* Hard in soft – crystolecules in foldamer systems */ added section === Combining strengths & compensating for weaknesses===

2024-11-19T11:56:10Z

Hard in soft – crystolecules in foldamer systems: added section === Combining strengths & compensating for weaknesses===

@@ Line 16: / Line 16: @@
 * Integration of solution phase mechanosynthesis in [[foldamer]] systems
 * Integration of [[crystolecules]] (possibly produced in vacuum) into solution phase systems
 == Soft in hard – foldamers in crystolecule systems ==

Apm: /* Related */ added Tether assisted assembly

2024-11-11T14:37:07Z

Related: added Tether assisted assembly

← Older revision		Revision as of 16:37, 11 November 2024
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	* [[Incremental path]]		* [[Incremental path]]
	* [[Pathways]]		* [[Pathways]]
			----
			* '''[[Tether assisted assembly]]'''

Apm: /* Soft in hard */

2024-08-03T10:49:35Z

Soft in hard

← Older revision		Revision as of 12:49, 3 August 2024
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	* Integration of [[crystolecules]] (possibly produced in vacuum) into solution phase systems		* Integration of [[crystolecules]] (possibly produced in vacuum) into solution phase systems

	== Soft in hard ==		== Soft in hard – foldamers in crystolecule systems ==

	* Integration of self assembled [[foldamer]] things into crystolecular systems.		* Integration of self assembled [[foldamer]] things into crystolecular systems.

Apm: /* Hard in soft */

2024-08-03T10:49:13Z

Hard in soft

← Older revision		Revision as of 12:49, 3 August 2024
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	Meaning likely no foldamers but only [[crystolecules]]. See: [[Consistent design for external limiting factors]]		Meaning likely no foldamers but only [[crystolecules]]. See: [[Consistent design for external limiting factors]]

	== Hard in soft ==		== Hard in soft – crystolecules in foldamer systems ==

	* Integration of solution phase mechanosynthesis in [[foldamer]] systems		* Integration of solution phase mechanosynthesis in [[foldamer]] systems

Apm: /* Mixed technology along the pathway, not necessarily mixed in the target technology */

2024-08-03T10:46:37Z

Mixed technology along the pathway, not necessarily mixed in the target technology

← Older revision		Revision as of 12:46, 3 August 2024
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	Taking this pathway rather means that there will be more options for bio-compatible operation in advanced systems ([[nanomedicine]]). <br>		Taking this pathway rather means that there will be more options for bio-compatible operation in advanced systems ([[nanomedicine]]). <br>
	High performance systems (like e.g. in rocket engines or so) will still need to avoid all thermally fragile components. <br>		High performance systems (like e.g. in rocket engines or so) will still need to avoid all thermally fragile components. <br>
	Meaning likely no foldamers but only ~~crystals~~. See: [[Consistent design for external limiting factors]]		Meaning likely no foldamers but only [[crystolecules]]. See: [[Consistent design for external limiting factors]]

	== Hard in soft ==		== Hard in soft ==

Apm: /* Related */

2024-08-03T10:45:08Z

← Older revision		Revision as of 12:45, 3 August 2024
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	== Related ==		== Related ==

	* MMCNs: [[Modular molecular composite nanosystem]]		* MMCNs: '''[[Modular molecular composite nanosystem]]'''
	* [[Early diamondoid nanosystem pixel (direct path)]]		* '''[[Early diamondoid nanosystem pixel (direct path)]]'''
	----		----
	* [[Direct path]]		* [[Direct path]]
	* [[Incremental path]]		* [[Incremental path]]
	* [[Pathways]]		* [[Pathways]]

Apm: added another headline & reformulations

2024-08-01T21:00:09Z

added another headline & reformulations

← Older revision		Revision as of 23:00, 1 August 2024
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	[[File:PotentialEarlyNanofactorySystemArchitecture.png\|600px\|thumb\|right\|Conceptual sketch illustrating the idea of an '''"early diamondoid nanosystem pixel" or "early replicative pixel"''' for short. More details on page: [[Early diamondoid nanosystem pixel (direct path)]].]]		[[File:PotentialEarlyNanofactorySystemArchitecture.png\|600px\|thumb\|right\|Conceptual sketch illustrating the idea of an '''"early diamondoid nanosystem pixel" or "early replicative pixel"''' for short. More details on page: [[Early diamondoid nanosystem pixel (direct path)]].]]

	This is about a scenario wherein the [[incremental path]] and the [[direct path]] eventually intermingle <br>		This "mixed path" is about a scenario wherein the [[incremental path]] and the [[direct path]] eventually at some point intermingle <br>
	thereby "cross-pollinating" ~~and helping~~ along on the ~~pathways~~ to [[advanced productive nanosystems]].		thereby "cross-pollinating" which then helps along accelerating on the pathway to [[advanced productive nanosystems]].

			== Mixed technology along the pathway, not necessarily mixed in the target technology ==

	Note that taking this pathway does not mean that all far term target systems will be hybrid. <br>		Note that taking this pathway does not mean that all far term target systems will be hybrid. <br>

Apm: basic page

2024-08-01T20:56:11Z

basic page

New page

[[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:PotentialEarlyNanofactorySystemArchitecture.png|600px|thumb|right|Conceptual sketch illustrating the idea of an '''"early diamondoid nanosystem pixel" or "early replicative pixel"''' for short. More details on page: [[Early diamondoid nanosystem pixel (direct path)]].]]

This is about a scenario wherein the [[incremental path]] and the [[direct path]] eventually intermingle <br>
thereby "cross-pollinating" and helping along on the pathways to [[advanced productive nanosystems]].

Note that taking this pathway does not mean that all far term target systems will be hybrid. <br>
Taking this pathway rather means that there will be more options for bio-compatible operation in advanced systems ([[nanomedicine]]). <br>
High performance systems (like e.g. in rocket engines or so) will still need to avoid all thermally fragile components. <br>
Meaning likely no foldamers but only crystals. See: [[Consistent design for external limiting factors]]

== Hard in soft ==

* Integration of solution phase mechanosynthesis in [[foldamer]] systems
* Integration of [[crystolecules]] (possibly produced in vacuum) into solution phase systems

== Soft in hard ==

* Integration of self assembled [[foldamer]] things into crystolecular systems.

== Related ==

* MMCNs: [[Modular molecular composite nanosystem]]
* [[Early diamondoid nanosystem pixel (direct path)]]
----
* [[Direct path]]
* [[Incremental path]]
* [[Pathways]]