Early diamondoid nanosystem pixel (direct path) - Revision history

Apm: /* Related / added back-link to new page System complexity scaling with positional assembly

2024-11-19T12:14:29Z

Related: added back-link to new page * System complexity scaling with positional assembly

← Older revision		Revision as of 14:14, 19 November 2024
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	* '''[[Mixed path]]'''		* '''[[Mixed path]]'''
	* [[Incremental path]] analogy: '''[[Modular molecular composite nanosystem]]'''		* [[Incremental path]] analogy: '''[[Modular molecular composite nanosystem]]'''
			* [[System complexity scaling with positional assembly]]

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

Apm: /* Related */

2024-08-03T10:28:06Z

← Older revision		Revision as of 12:28, 3 August 2024
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	----		----
	* '''[[Mixed path]]'''		* '''[[Mixed path]]'''
	* [[Incremental path]] analogy: [[Modular molecular composite nanosystem]]		* [[Incremental path]] analogy: '''[[Modular molecular composite nanosystem]]'''

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

Apm: /* Related */ added link to Modular molecular composite nanosystem

2024-08-03T10:27:51Z

Related: added link to Modular molecular composite nanosystem

← Older revision		Revision as of 12:27, 3 August 2024
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	----		----
	* '''[[Mixed path]]'''		* '''[[Mixed path]]'''
			* [[Incremental path]] analogy: [[Modular molecular composite nanosystem]]

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

Apm: /* Related / added link to Mixed path

2024-08-03T10:26:06Z

Related: added link to * Mixed path

← Older revision		Revision as of 12:26, 3 August 2024
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	----		----
	* [[self replication]], [[bootstrapping]], [[autogenous]], [[bridging the gaps]]		* [[self replication]], [[bootstrapping]], [[autogenous]], [[bridging the gaps]]
			----
			* '''[[Mixed path]]'''

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

Apm at 17:39, 12 May 2024

2024-05-12T17:39:41Z

← Older revision		Revision as of 19:39, 12 May 2024
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			{{wikitodo\|Fix image. This is NOT a nanofactory pixel. There is no strong factory style optimizations yet.}}
	[[File:PotentialEarlyNanofactorySystemArchitecture.png\|600px\|thumb\|right\|Conceptual sketch illustrating the idea of an '''"early diamondoid nanosystem pixel" or "early replicative pixel"''' for short. This is an attempt to evade the shortcomings of ultra-compact monolithic-machine molecular assemblers as [[bootstrapping]] tools. In order to find a perhaps more viable [[direct path]]. See: [[Proto-assembler (outdated)]]. Evading assemblers as described in the early [[Engines of Creation]] (but shunned in the technical analysis [[Nanosystems]]), Evading assemblers as presented in [[KSRM]], and evading assemblers as discussed in some designs that supposedly evade them but really just change to "stuck to surface". (See: [[Discussion of proposed nanofactory designs]].) '''Note that "stuck to a surface" is only a part of the distinction that is insufficient standing alone.''' – '''[[:File:PotentialEarlyNanofactorySystemArchitecture.svg\|Link to vectorgraphic version.]]''']]		[[File:PotentialEarlyNanofactorySystemArchitecture.png\|600px\|thumb\|right\|Conceptual sketch illustrating the idea of an '''"early diamondoid nanosystem pixel" or "early replicative pixel"''' for short. This is an attempt to evade the shortcomings of ultra-compact monolithic-machine molecular assemblers as [[bootstrapping]] tools. In order to find a perhaps more viable [[direct path]]. See: [[Proto-assembler (outdated)]]. Evading assemblers as described in the early [[Engines of Creation]] (but shunned in the technical analysis [[Nanosystems]]), Evading assemblers as presented in [[KSRM]], and evading assemblers as discussed in some designs that supposedly evade them but really just change to "stuck to surface". (See: [[Discussion of proposed nanofactory designs]].) '''Note that "stuck to a surface" is only a part of the distinction that is insufficient standing alone.''' – '''[[:File:PotentialEarlyNanofactorySystemArchitecture.svg\|Link to vectorgraphic version.]]''']]

Apm at 12:17, 29 February 2024

2024-02-29T12:17:48Z

← Older revision		Revision as of 14:17, 29 February 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. This is an attempt to evade the shortcomings of ultra-compact monolithic-machine molecular assemblers as [[bootstrapping]] tools. In order to find a perhaps more viable [[direct path]]. See: [[Proto-assembler (outdated)]]. Evading assemblers as described in the early [[Engines of Creation]] (but shunned in the technical analysis [[Nanosystems]]), Evading assemblers as presented in [[KSRM]], and evading assemblers as discussed in some designs that supposedly evade them but really just change to "stuck to surface". (See: [[Discussion of proposed nanofactory designs]].) ~~<br>~~		[[File:PotentialEarlyNanofactorySystemArchitecture.png\|600px\|thumb\|right\|Conceptual sketch illustrating the idea of an '''"early diamondoid nanosystem pixel" or "early replicative pixel"''' for short. This is an attempt to evade the shortcomings of ultra-compact monolithic-machine molecular assemblers as [[bootstrapping]] tools. In order to find a perhaps more viable [[direct path]]. See: [[Proto-assembler (outdated)]]. Evading assemblers as described in the early [[Engines of Creation]] (but shunned in the technical analysis [[Nanosystems]]), Evading assemblers as presented in [[KSRM]], and evading assemblers as discussed in some designs that supposedly evade them but really just change to "stuck to surface". (See: [[Discussion of proposed nanofactory designs]].) '''Note that "stuck to a surface" is only a part of the distinction that is insufficient standing alone.''' – '''[[:File:PotentialEarlyNanofactorySystemArchitecture.svg\|Link to vectorgraphic version.]]''']]
	'''Note that "stuck to a surface" is only a part of the distinction that is insufficient standing alone.''']]

	This page covers considerations regarding an early crystolecule system <br>		This page covers considerations regarding an early crystolecule system <br>

Apm: added illustrative image and description text

2024-02-29T12:07:03Z

added illustrative image and description text

← Older revision		Revision as of 14:07, 29 February 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. This is an attempt to evade the shortcomings of ultra-compact monolithic-machine molecular assemblers as [[bootstrapping]] tools. In order to find a perhaps more viable [[direct path]]. See: [[Proto-assembler (outdated)]]. Evading assemblers as described in the early [[Engines of Creation]] (but shunned in the technical analysis [[Nanosystems]]), Evading assemblers as presented in [[KSRM]], and evading assemblers as discussed in some designs that supposedly evade them but really just change to "stuck to surface". (See: [[Discussion of proposed nanofactory designs]].) <br>
			'''Note that "stuck to a surface" is only a part of the distinction that is insufficient standing alone.''']]

	This page covers considerations regarding an early crystolecule system <br>		This page covers considerations regarding an early crystolecule system <br>
	that can eventually approach non-compact selfreplicative capability. <br>		that can eventually approach non-compact selfreplicative capability. <br>

Apm: /* Related */ added some more related links

2024-02-20T16:30:34Z

Related: added some more related links

← Older revision		Revision as of 18:30, 20 February 2024
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	----		----
	* Kind of an analogy along the [[incremental path]]: <br>[[Modular molecular composite nanosystem]]		* Kind of an analogy along the [[incremental path]]: <br>[[Modular molecular composite nanosystem]]
			----
			* [[self replication]], [[bootstrapping]], [[autogenous]], [[bridging the gaps]]

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

Apm: /* External links */ added headlines and more discussion to the ambots section

2024-02-20T16:25:47Z

External links: added headlines and more discussion to the ambots section

← Older revision		Revision as of 18:25, 20 February 2024
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	Good inspiring sources. <br>		Good inspiring sources. <br>
	A lot needs to be adapted to the nanoscale physics and context.		A lot needs to be adapted to the nanoscale physics and context. <br>
			Most electrics needs to be replaced by mechanics which is perhaps the most challenging part (and perhaps the most volume consuming part).

			=== Moses2013 ===

	~~----~~
	Self-replicating blocky-granular gantrybot pick-n-place robots on a square grid of rail-tracks. <br>		Self-replicating blocky-granular gantrybot pick-n-place robots on a square grid of rail-tracks. <br>
	See [[Moses2013]]		See [[Moses2013]]
	~~----~~
	Ambots: An interesting modular system architecture with some relevant aspects:		=== Ambots ===

			An interesting modular system architecture with some relevant aspects:
	* [https://www.youtube.com/c/AMBOTS3D/videos Ambots on YouTube]		* [https://www.youtube.com/c/AMBOTS3D/videos Ambots on YouTube]
	* [http://ambots.net Ambots landing page]		* [http://ambots.net Ambots landing page]

			Note that Ambots has a specialized unit that is just for carrying otherwisely specialized units around that can not move on their own. <br>
			Ambots wheels on flat ground would not be feasible for nanoscale at all of course. <br>
			Rather than a lot of self contained autonomy in the Ambost case <br>
			in the case here (reversible) mechanical coupling to drive chains in a rail network via clutches is needed. <br>
			Reciprocative chains for signalling could even be as simple as cuboids in a channel. Not even interlocking. <br>
			The trick being using vdW-force and/or push-back spring at the end.

	----		----

	__TOC__		__TOC__

Apm: /* Potentially individually movable subsystems */

2024-02-20T16:08:35Z

Potentially individually movable subsystems

← Older revision		Revision as of 18:08, 20 February 2024
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	'''Very early very simple automation:'''		'''Very early very simple automation:'''
	* rail assembly factorylet (crystolecule assembly to standard parts like: rails, struts, chains, …)		* rail assembly factorylet (crystolecule assembly to standard parts like: rails, struts, chains, …) (think: cranked box acting like a (un)zipper)

	== Machine elements ==		== Machine elements ==