Atomically precise manufacturing: Difference between revisions
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'''Atomically precise manufacturing''' | '''Atomically precise manufacturing''' | ||
* is manufacturing of artificial artifacts with at least [[topological atomic precision]] | * is manufacturing of artificial artifacts with at least [[topological atomic precision]] | ||
* has a dedicated focus towards more advanced technology like <bR>[[gemstone metamaterial technology]] and its production devices [[gemstone metamaterial on-chip factories]] | * has a dedicated focus towards more advanced technology like <bR>[[gemstone metamaterial technology]] and its production devices [[gemstone metamaterial on-chip factories]] <br> (featuring [[positional atomic precision]] all the way up to the macroscale) | ||
The term '''atomically precise manufacturing''' was introduced in the book "[[Radical abundance]]" <br> | The term '''atomically precise manufacturing''' was introduced in the book "[[Radical abundance]]" <br> | ||
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== Related == | == Related == | ||
* [[Main Page]] | * '''[[Main Page]]''' | ||
* [[gemstone metamaterial on-chip factories]] | * [[gemstone metamaterial on-chip factories]] | ||
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Latest revision as of 11:03, 30 August 2022
Atomically precise manufacturing
- is manufacturing of artificial artifacts with at least topological atomic precision
- has a dedicated focus towards more advanced technology like
gemstone metamaterial technology and its production devices gemstone metamaterial on-chip factories
(featuring positional atomic precision all the way up to the macroscale)
The term atomically precise manufacturing was introduced in the book "Radical abundance"
To prevent mix-up of the this technology with any of the various other nanotechnologies that
- are not atomically precise or
- do barely or not at all focus on improving on atomically precision (improve in "controllable scale")
All this is the main topic of this wiki (See: Main Page).
Related
Side-note regarding an observation: "precision", "accuracy", and "resolution" might have quite detailed definitions.
But digging deep it turns up some insuffieciencies/inconsistencies it seems.
Especially when trying to get a unified picture over across both sensing (in) and actuation (out).
See: Precision (Atomic precision)