Mechanosynelf assembly assemblinting system - Revision history

Apm: /* Related */ added more related links and improved grouping

2026-06-05T23:12:46Z

Related: added more related links and improved grouping

← Older revision		Revision as of 01:12, 6 June 2026
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	= Related =		= Related =

	* [[Modular molecular composite nanosystems]]
	* [[Tether assisted positional assembly]] & [[Mechanosynelf assembly]]		* [[Tether assisted positional assembly]] & [[Mechanosynelf assembly]]
	* [[~~structural~~ DNA nanotechnology]]		* [[Mechanosynthesis (disambiguation)]] & [[Mechanosynthesis]]
			* [[Thermally driven selfassembly]]
			* [[Structural DNA nanotechnology]]
	----		----
	* [[~~positional~~ assembly redundancy blockade]]		* [[Positional assembly redundancy blockade]]
	* [[~~thermal~~ driven selfassembly diffusion speed slowdown blockade]]		* [[Thermal driven selfassembly diffusion speed slowdown blockade]]
			----
			* [[Modular molecular composite nanosystems]]
			* [[Mixed path]]
			* [[Early diamondoid nanosystem pixel (direct path)]]

Apm: /* Related */

2026-06-05T23:08:52Z

← Older revision		Revision as of 01:08, 6 June 2026
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	* [[Modular molecular composite nanosystems]]		* [[Modular molecular composite nanosystems]]
	* [[Tether assisted positional assembly]] & [[~~Mechanosyntelf~~ assembly]]		* [[Tether assisted positional assembly]] & [[Mechanosynelf assembly]]
	* [[structural DNA nanotechnology]]		* [[structural DNA nanotechnology]]
	----		----
	* [[positional assembly redundancy blockade]]		* [[positional assembly redundancy blockade]]
	* [[thermal driven selfassembly diffusion speed slowdown blockade]]		* [[thermal driven selfassembly diffusion speed slowdown blockade]]

Apm: Apm moved page Mechanosyntelf assembly assemblinting system to Mechanosynelf assembly assemblinting system without leaving a redirect: typo

2026-06-05T23:07:59Z

Apm moved page Mechanosyntelf assembly assemblinting system to Mechanosynelf assembly assemblinting system without leaving a redirect: typo

← Older revision	Revision as of 01:07, 6 June 2026
(No difference)

Apm: /* Escaping via the incremental path portal between the two blockades */ added the incremental path map

2026-06-05T23:07:22Z

Escaping via the incremental path portal between the two blockades: added the incremental path map

← Older revision		Revision as of 01:07, 6 June 2026
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	== Escaping via the incremental path portal between the two blockades ==		== Escaping via the incremental path portal between the two blockades ==

			[[File:APM-EarlyDevelopmentPaths.jpg\|500px\|thumb\|right\|See the two red starts? These are the two blockades for the [[incremental path]] variants. The idea '''here''' is to escape via the portal between the red stars by picking the right size of pre-self-assembled foldamers (also structural DNA or proteins of whatever) for [[Tether assisted positional assembly]].]]

	For this approach to make sense the pre-self-assembled parts need to be the right size. <br>		For this approach to make sense the pre-self-assembled parts need to be the right size. <br>
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	Initially this would be all about escaping the "upward outward" scaling corridor.		Initially this would be all about escaping the "upward outward" scaling corridor.
	This would not yet be about moving to better materials along the [[technology levels]]. Scaling "downward inward".		This would not yet be about moving to better materials along the [[technology levels]]. Scaling "downward inward".

	~~{{wikitodo\|add the graphic here}}~~

	== Abstract description ==		== Abstract description ==

Apm at 23:01, 5 June 2026

2026-06-05T23:01:54Z

← Older revision		Revision as of 01:01, 6 June 2026
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	{{site specific term}}		{{site specific term}}

	'''Motivation for the exotic naming choice here:'''<br>		'''Motivation for the exotic naming choice here:'''<br>
	★ Mechanosynelf: Smack in the middle between weak non force applying '''[[mechanosynthesis]]''' and '''[[self assembly]]''' <br>		★ '''Mechanosynelf:''' Smack in the middle between weak non force applying '''[[mechanosynthesis]]''' and '''[[self assembly]]''' <br>
	★ Assemblinting: It is brickby brick '''assem'''bly but it very much would looks like resing 3D pr'''inting''' <br>		★ '''Assemblinting:''' It is brickby brick '''assem'''bly but it very much would looks like resing 3D pr'''inting''' <br>

	== Concrete description ==		== Concrete description ==

Apm: added into explaining the naming choice

2026-06-05T23:01:23Z

added into explaining the naming choice

← Older revision		Revision as of 01:01, 6 June 2026
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	{{site specific term}}		{{site specific term}}
			'''Motivation for the exotic naming choice here:'''<br>
			★ Mechanosynelf: Smack in the middle between weak non force applying '''[[mechanosynthesis]]''' and '''[[self assembly]]''' <br>
			★ Assemblinting: It is brickby brick '''assem'''bly but it very much would looks like resing 3D pr'''inting''' <br>

	== Concrete description ==		== Concrete description ==

Apm: put the most abstract parts last & added wikitodo on adding graphic

2026-06-05T22:57:03Z

put the most abstract parts last & added wikitodo on adding graphic

@@ Line 1: / Line 1: @@
 {{site specific term}}
 == Concrete description ==
@@ Line 41: / Line 32: @@
 ★ The lack of proper [[termination control]] causing sideways frayed fringes may be acceptable here.  <br>
 ★ The repeating period of addressing space is also quite big compared to positional capabilities for chips. <br>
 == Expectable challenges ==
@@ Line 66: / Line 48: @@
 … "Print" several and use these as orientation aligned ensemble? <br>
 ★ no claim to completeness <br>
 = Related =

Apm: added headlines & note on "not yet downward inward up the technology levels"

2026-06-05T22:54:44Z

added headlines & note on "not yet downward inward up the technology levels"

← Older revision		Revision as of 00:54, 6 June 2026
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	The [[positional assembly kinematic loop]] can still be very loose and <br>		The [[positional assembly kinematic loop]] can still be very loose and <br>
	has not very high demands on positional accuracy yet.		has not very high demands on positional accuracy yet.

			== Concrete description ==

	'''Here is a slightly concrete crude wild idea example scenario:''' <br>		'''Here is a slightly concrete crude wild idea example scenario:''' <br>
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	the target chip plate moving back and forth with <br>		the target chip plate moving back and forth with <br>
	the opposing chip surfaces gradually increasing distance with increasing thickness of the so far built up part. <br>		the opposing chip surfaces gradually increasing distance with increasing thickness of the so far built up part. <br>

			== Suitability of even very low stiffness structural DNA nanotechnology ==

	As for [[structural DNA nanotechnology]]: <br>		As for [[structural DNA nanotechnology]]: <br>
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	★ The lack of proper [[termination control]] causing sideways frayed fringes may be acceptable here. <br>		★ The lack of proper [[termination control]] causing sideways frayed fringes may be acceptable here. <br>
	★ The repeating period of addressing space is also quite big compared to positional capabilities for chips. <br>		★ The repeating period of addressing space is also quite big compared to positional capabilities for chips. <br>

			== Escaping via the incremental path portal between the two blockades ==

	For this approach to make sense the pre-self-assembled parts need to be the right size. <br>		For this approach to make sense the pre-self-assembled parts need to be the right size. <br>
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	★ Small enough to be still be under the [[thermal driven selfassembly diffusion speed slowdown blockade]] <br>		★ Small enough to be still be under the [[thermal driven selfassembly diffusion speed slowdown blockade]] <br>

	Initially this would be all about escaping the "upward outward" scaling corridor		Initially this would be all about escaping the "upward outward" scaling corridor.
			This would not yet be about moving to better materials along the [[technology levels]]. Scaling "downward inward".

			== Expectable challenges ==

	'''Clallenges roughly include:''' <br>		'''Clallenges roughly include:''' <br>
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	★ no claim to completeness <br>		★ no claim to completeness <br>

	== Related ==		= Related =

	* [[Modular molecular composite nanosystems]]		* [[Modular molecular composite nanosystems]]

Apm: basic page moved over from Tether assisted positional assembly and extended a bit

2026-06-05T22:46:58Z

basic page moved over from Tether assisted positional assembly and extended a bit

New page

{{site specific term}}

This idea here could be classified as one special sub-type 
of the general more class of [[modular molecular composite nanosystems]] 
that is specifically targeting at tether assisted positional assembly. 

This would be about implementing the weakest possible form of 
[[mechanosynthesis]] that is not even fully establishing [[machine phase]] yet. 
Just establishing very wide motion corridors. 
The [[positional assembly kinematic loop]] can still be very loose and 
has not very high demands on positional accuracy yet.

'''Here is a slightly concrete crude wild idea example scenario:''' 

Assuming a [[foldamer]] based scaffold anchored down onto a flat chip surface 
(could well be as weak and wobbly as 3D [[structural DNA nanotechnology]]) 
with some very simple moving swinging arms. As simple as possible, think "stick on hinge". 
allowing to transport pre-selfassembled foldamer bricks by successive handover freely on a 2D grid. 
Two orientation of hinges. 
Bricks can be structural DNA, or protein, or some other [[foldamers]] or stiffer [[spiroligomers]]). 
Later eventually more advanced stuff like [[crystolecules]].

Then when several parts are at target sites/pixels 
(Perhaps one part for each pixel even? But not at all necessarily so! One can go several rounds for each layer.) 
then an opposing chip is made to approach at the right lateral alignment towards the right distance and 
[[thermally driven self assembly]] does the '''last mile "tether assisted positional assembly"'''. 

The opposing chip has a self-assembled build-plate pegboard 
or an already partially built up product structure.

Operation would look a bit like a resin 3D printer 
the target chip plate moving back and forth with 
the opposing chip surfaces gradually increasing distance with increasing thickness of the so far built up part. 

As for [[structural DNA nanotechnology]]: 
★ Many micron large slabs of addressable SDN "pegboards" have already been made. 
★ The lack of proper [[termination control]] causing sideways frayed fringes may be acceptable here. 
★ The repeating period of addressing space is also quite big compared to positional capabilities for chips. 

For this approach to make sense the pre-self-assembled parts need to be the right size. 
★ Big enough to be above the [[positional assembly redundancy blockade]] 
★ Small enough to be still be under the [[thermal driven selfassembly diffusion speed slowdown blockade]] 

Initially this would be all about escaping the "upward outward" scaling corridor

'''Clallenges roughly include:''' 
★ The self-assembly of the scaffolds pegboard grids for source and target side. 
★ Self assembly of the transort mechanisms. As simple as possible. Think "stick on a hinge" that can be made to flap two ways. 
★ The pre-self-assembly of foldamer brick structures. 
★ Initial feeding with of the source grid with these bricks with known types on known locations. 
★ Attaching and detaching bricks on handover and on final deposition to the product. 
★ Some very minimalistic nanomechaniocal demultiplexing 
… compensating for the large electrodes very likely not being able to address the transport mechanisms individually 
★ Accessibility for measurements: The target plate being transparent glass for confocal microscopy maybe? 
★ Product extraction, analysis, and eventual use fro some application. 
… Cryo EM on single structures usually needs stain and gives much cruder images than using ensembles. 
… "Print" several and use these as orientation aligned ensemble? 
★ no claim to completeness 

== Related ==

* [[Modular molecular composite nanosystems]]
* [[Tether assisted positional assembly]] & [[Mechanosyntelf assembly]]
* [[structural DNA nanotechnology]]
----
* [[positional assembly redundancy blockade]]
* [[thermal driven selfassembly diffusion speed slowdown blockade]]