Semi hard-coded structures - Revision history

Apm: /* Explanatory introduction */

2023-06-30T12:37:33Z

Explanatory introduction

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	This very much holds from the macroscale perspective.		This very much holds from the macroscale perspective.
	In certain contexts though this turns around into: <br>		In certain contexts though this turns around into: <br>
	"There is limited space at the bottom". <br>		"[[There is limited space at the bottom]]". <br>

	Specifically cramming in enough nanomachinery in a certain amount of <br>		Specifically cramming in enough nanomachinery in a certain amount of <br>

Apm: /* Related */

2023-06-22T11:03:07Z

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	== Related ==		== Related ==

	* ''[[Bottom scale assembly lines in gem-gum factories]]'''		* '''[[Bottom scale assembly lines in gem-gum factories]]'''
	* [[Molecular mill]], [[Mechanosynthesis core]], [[Building chamber]]		* [[Molecular mill]], [[Mechanosynthesis core]], [[Building chamber]]
	* [[Productive Nanosystems From molecules to superproducts]]		* [[Productive Nanosystems From molecules to superproducts]]

Apm: /* Definition */ changed yet unwritten page name

2023-06-22T10:57:15Z

Definition: changed yet unwritten page name

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	* … merely for composable spacing of other blocks (like gauge blocks with a set of lengths) … or for same thing but angularly (wedges)		* … merely for composable spacing of other blocks (like gauge blocks with a set of lengths) … or for same thing but angularly (wedges)
	* … for holding functional parts that are necessary within a [[molecular mill]] within an [[Bottom scale assembly lines in gem-gum factories\|piezomechanosynthesis assembly line]] (mill wheels, track segments, …).		* … for holding functional parts that are necessary within a [[molecular mill]] within an [[Bottom scale assembly lines in gem-gum factories\|piezomechanosynthesis assembly line]] (mill wheels, track segments, …).
	* … for holding composable standard cam-follower system units for guiding mechanisms among highly optimized tool-paths for standard [[piezomechanosynthesis reactions]]		* … for holding composable standard cam-follower system units for guiding mechanisms among [[highly optimized tool-paths for standard piezomechanosynthesis reactions]].

	Bulky and space filling design ensures structures are stiffly and sturdily		Bulky and space filling design ensures structures are stiffly and sturdily

Apm: added section == Scale transposed prototyping ==

2023-06-22T10:55:09Z

added section == Scale transposed prototyping ==

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	one factor to keep error rates in [[piezomechanosynthesis]] low (beside cooling).		one factor to keep error rates in [[piezomechanosynthesis]] low (beside cooling).

	'''So the possible types of parts for [[semi hard-~~code]]~~ structures are include:'''		'''So the possible types of parts for "semi hard-coded" structures are include:'''
	* gauge block like [[crystolecules]] as ~~compossable~~ spacing wedges		* gauge block like [[crystolecules]] as composable spacing wedges
	* modular parts for cam-followers systems (rotative and linear)		* modular parts for cam-followers systems (rotative and linear)
	* blocks holding functional units		* blocks holding functional units

			== Scale transposed prototyping ==

			'''See related page: [[Applicability of macro 3D printing for nanomachine prototyping]]''' <br>

			Difficulties here are the absence of [[Van der Waals force]] at the macroscale. <br>
			Magnets can be used to cheat to a degree.

			Also unlike [[second assembly level]] at the [[first assembly level]] <br>
			there is [[piezomechanosynthesis]] assembling [[crystolecules]] atom by atom as the assembly process <br>
			which has no real macroscale analogy. <br>
			Rather part pre-production uses 3D printing or casting or some other manufacturing method.

	== Related ==		== Related ==

Apm: /* Definition */ added side-note and typo fix

2023-06-22T10:46:26Z

Definition: added side-note and typo fix

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	For '''semi hard-coded nano-assemblies''' to be very compact yet still batch-process recomposable the idea is to take an approach with simple blocks. <br>		For '''semi hard-coded nano-assemblies''' to be very compact yet still batch-process recomposable the idea is to take an approach with simple blocks. <br>
	~~Imaging~~ having an empty cuboid box that can be filled with various other cuboid blocks <br>		Imagine having an empty cuboid box that can be filled with various other cuboid blocks <br>
	all held together by [[Van der Waals force]].		all held together by [[Van der Waals force]].<br>
			<small>Side-note: Box being potentially modular too but more sturdy with form-closure-interlock, pre-tensioning, and such. Beside the point here.</small>

	Some blocks are …		Some blocks are …

Apm: /* Definition */

2023-06-22T10:42:38Z

Definition

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	For '''semi hard-coded nano-assemblies''' to be very compact yet still batch-process recomposable the idea is to take an approach with simple blocks. <br>		For '''semi hard-coded nano-assemblies''' to be very compact yet still batch-process recomposable the idea is to take an approach with simple blocks. <br>
	Imaging having an empty cuboid box that can be filled with various other cuboid blocks <br>		Imaging having an empty cuboid box that can be filled with various other cuboid blocks <br>
	all held together by [[Van der ~~Walls~~ force]].		all held together by [[Van der Waals force]].

	Some blocks are …		Some blocks are …

Apm: /* Definition */

2023-06-22T10:41:55Z

Definition

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	== Definition ==		== Definition ==

	For '''semi-~~hard~~ coded nano-assemblies''' to be very compact yet still batch-process recomposable the idea is to take an approach with simple blocks. <br>		For '''semi hard-coded nano-assemblies''' to be very compact yet still batch-process recomposable the idea is to take an approach with simple blocks. <br>
	Imaging having an empty cuboid box that can be filled with various other cuboid blocks <br>		Imaging having an empty cuboid box that can be filled with various other cuboid blocks <br>
	all held together by [[Van der Walls force]].		all held together by [[Van der Walls force]].

Apm: /* Explanatory introduction */

2023-06-22T10:41:38Z

Explanatory introduction

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	very simple rugged one-task-only robots are uses that have their capabilities '''hard coded'''. <br>		very simple rugged one-task-only robots are uses that have their capabilities '''hard coded'''. <br>
	But we still want reusability and part [[recycling\|recyclability]]. <br>		But we still want reusability and part [[recycling\|recyclability]]. <br>
	This is ~~where~~ the '''semi''' ~~cones it the~~ hard coded.		This is why we'll call the concept '''semi hard-coded''' not just hard coded.

	== Definition ==		== Definition ==

Apm: /* Explanatory introduction */

2023-06-22T10:40:26Z

Explanatory introduction

← Older revision		Revision as of 12:40, 22 June 2023
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	Instead of general purpose freely programmable robotics <br>		Instead of general purpose freely programmable robotics <br>
	very simple rugged one task robots are uses that have their capabilities '''hard coded'''. <br>		very simple rugged one-task-only robots are uses that have their capabilities '''hard coded'''. <br>
	But we still want reusability and part [[recycling\|recyclability]]. <br>		But we still want reusability and part [[recycling\|recyclability]]. <br>
	This is where the '''semi''' cones it the hard coded.		This is where the '''semi''' cones it the hard coded.

Apm: /* Explanatory introduction */

2023-06-22T10:39:58Z

Explanatory introduction

← Older revision		Revision as of 12:39, 22 June 2023
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	'''So the question is:''' How to get more active [[piezomechanosynthesis]] sites into the same amount of given volume? <br>		'''So the question is:''' How to get more active [[piezomechanosynthesis]] sites into the same amount of given volume? <br>
	The answer is specialized mass production of standard parts using [[~~molecualr~~ mill]] assembly lines. <br>		The answer is specialized mass production of standard parts using [[molecular mill]] assembly lines. <br>
	See: ''[[Bottom scale assembly lines in gem-gum factories]]'''		See: ''[[Bottom scale assembly lines in gem-gum factories]]'''

	Instead of general purpose freely programmable robotics <br>		Instead of general purpose freely programmable robotics <br>
	very simple rugged one task robots are uses that have their capabilities '''hard coded'''. <br>		very simple rugged one task robots are uses that have their capabilities '''hard coded'''. <br>
	But we still want reusability and part [[recyclability~~\|recycling~~]]. <br>		But we still want reusability and part [[recycling\|recyclability]]. <br>
	This is where the '''semi''' cones it the hard coded.		This is where the '''semi''' cones it the hard coded.