Difference between revisions of "Metamaterial"
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[[atomic precision|Atomically precise]] metamaterials have control over the structure at the lowest physically possible level. | [[atomic precision|Atomically precise]] metamaterials have control over the structure at the lowest physically possible level. | ||
They open up a new world of materials far beyond the ones we have today. | They open up a new world of materials far beyond the ones we have today. | ||
| − | Some proposals for new materials can be found on the [[diamondoid metamaterial]] page. Those are the basis for | + | Some proposals for new materials can be found on the [[diamondoid metamaterial]] page. Those are the basis for the [[further improvement at technology level III|prospective products]] of advanced advanced atonically precise manufacturing ([[technology level III|APM]]) systems. |
Wikipedia: [https://en.wikipedia.org/wiki/Metamaterial] | Wikipedia: [https://en.wikipedia.org/wiki/Metamaterial] | ||
[[Category:General]] | [[Category:General]] | ||
Revision as of 12:13, 25 February 2015
A metamaterial is a material whose macroscopic properties are not determined by the chemical elements it is made of but by the way it is structured on a scale that's small enough to be not perceivable by human senses or sufficient for a certain application.
Atomically precise metamaterials have control over the structure at the lowest physically possible level. They open up a new world of materials far beyond the ones we have today. Some proposals for new materials can be found on the diamondoid metamaterial page. Those are the basis for the prospective products of advanced advanced atonically precise manufacturing (APM) systems.
Wikipedia: [1]
