Category:Surprising facts - Revision history

Apm: /* Surprising facts that may change perception of feasibility */

2026-03-29T21:43:10Z

Surprising facts that may change perception of feasibility

← Older revision		Revision as of 23:43, 29 March 2026
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	'''Surprising facts about lesser known scaling laws:'''		'''Surprising facts about lesser known scaling laws:'''
	* [[Higher throughput of smaller machinery]]		* [[Higher throughput of smaller machinery]]
	* [[Same relative deflections across scales]]		* [[Same relative deflections across scales]] given [[Same absolute speeds for smaller machinery]]
	* [[Increasing bearing area to decrease friction]]: <br>[[Deliberate slowdown at the lower assembly levels]] & math: <br>[[Optimal sublayernumber for minimal friction]] & [[Compenslow]] & [[Why larger bearing area of smaller machinery is not a problem]]		* [[Increasing bearing area to decrease friction]]: <br>[[Deliberate slowdown at the lower assembly levels]] & math: <br>[[Optimal sublayernumber for minimal friction]] & [[Compenslow]] & [[Why larger bearing area of smaller machinery is not a problem]]
	* Generally: [[Scaling laws by degree of knownness]]		* Generally: [[Scaling laws by degree of knownness]]

Apm: /* Surprising facts that may change perception of feasibility */ Lower stiffness of smaller machinery

2026-03-29T21:42:03Z

Surprising facts that may change perception of feasibility: Lower stiffness of smaller machinery

← Older revision		Revision as of 23:42, 29 March 2026
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	* [[Increasing bearing area to decrease friction]]: <br>[[Deliberate slowdown at the lower assembly levels]] & math: <br>[[Optimal sublayernumber for minimal friction]] & [[Compenslow]] & [[Why larger bearing area of smaller machinery is not a problem]]		* [[Increasing bearing area to decrease friction]]: <br>[[Deliberate slowdown at the lower assembly levels]] & math: <br>[[Optimal sublayernumber for minimal friction]] & [[Compenslow]] & [[Why larger bearing area of smaller machinery is not a problem]]
	* Generally: [[Scaling laws by degree of knownness]]		* Generally: [[Scaling laws by degree of knownness]]
			* Misleading scaling law: [[Lower stiffness of smaller machinery]]

	'''Suprising severe differences to macroscale machinery looking just a bit beyond the superficial similarity:'''		'''Suprising severe differences to macroscale machinery looking just a bit beyond the superficial similarity:'''

Apm: /* Surprising facts that may change perception of feasibility */

2026-03-29T21:33:37Z

Surprising facts that may change perception of feasibility

← Older revision		Revision as of 23:33, 29 March 2026
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	* [[Oxidation]] (particularly the fruit analogy), [[Nanomachinery encapsulation]], <br>[[Nanoscale surface passivation]], ([[Passivation (disambiguation)]])		* [[Oxidation]] (particularly the fruit analogy), [[Nanomachinery encapsulation]], <br>[[Nanoscale surface passivation]], ([[Passivation (disambiguation)]])

	* [[Van der Waals force]] ad the dominant force replacing gravity: [[VdW suck-in and suck-on]]		* [[Van der Waals force]] as the dominant force replacing gravity: [[VdW suck-in and suck-on]]
	* [[Nonbonded interactions]], [[Intercrystolecular forces]], [[Intercrystolecular interactions]], [[Intercrystolecular snapping modes]], [[Intercrystolecular levitation]]		* [[Nonbonded interactions]], [[Intercrystolecular forces]], [[Intercrystolecular interactions]], [[Intercrystolecular snapping modes]], [[Intercrystolecular levitation]]
	* [[The finger problems]]: how they can be not too fat, and how them being sticky is of benefit		* [[The finger problems]]: how they can be not too fat, and how them being sticky is of benefit

Apm: basic page

2026-03-29T21:31:47Z

basic page

New page

{{stub}}
There are a lot of surprising facts in the field of [[atomcially precise manufacturing]] 
and its target of [[gemstone based metamaterial technology]]. 

Suprisingness will vary depending on the readers background.

== Surprising facts that may change perception of feasibility ==

'''Surprising facts about molecular dynamic simulations of [[Examples of diamondoid molecular machine elements]]:'''
* [[A better intuition for diamondoid nanomachinery than jelly]]
* [[Stroboscopic illusion in animations of diamondoid molecular machine elements]]
* [[Misleading aspects in animations of diamondoid molecular machine elements]]

'''Surprising facts about lesser known scaling laws:'''
* [[Higher throughput of smaller machinery]]
* [[Same relative deflections across scales]]
* [[Increasing bearing area to decrease friction]]: [[Deliberate slowdown at the lower assembly levels]] & math: [[Optimal sublayernumber for minimal friction]] & [[Compenslow]] & [[Why larger bearing area of smaller machinery is not a problem]]
* Generally: [[Scaling laws by degree of knownness]]

'''Suprising severe differences to macroscale machinery looking just a bit beyond the superficial similarity:'''
* [[Macroscale style machinery at the nanoscale]] & [[Physics change aware scale transposed prototyping]]
* [[Pure metals and metal alloys]] (why not these)
* [[Oxidation]] (particularly the fruit analogy), [[Nanomachinery encapsulation]], [[Nanoscale surface passivation]], ([[Passivation (disambiguation)]])

* [[Van der Waals force]] ad the dominant force replacing gravity: [[VdW suck-in and suck-on]]
* [[Nonbonded interactions]], [[Intercrystolecular forces]], [[Intercrystolecular interactions]], [[Intercrystolecular snapping modes]], [[Intercrystolecular levitation]]
* [[The finger problems]]: how they can be not too fat, and how them being sticky is of benefit

== Surprising facts expanding ones horizon of intuition ==

* [[Intuitive feel]]: [[The feel of atoms]] & [[The speed of atoms]]
* [[Intuitively understanding the size of an atom]] & [[Magnification theme-park]]
* [[Distorted visualization methods for convergent assembly]] & [[Visualization methods for gemstone metamaterial factories]] & [[Log polar mapping]]
<hr>
* [[Superelasticity]], [[Emulated elasticity]], [[Gemstone based metamaterial]], [[Gem-gum]]