Difference between revisions of "Nanominiaturization"

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:::-- CEO Nwabudike Morgan,
 
:::-- CEO Nwabudike Morgan,
 
:::Morgan Industries Annual Report}}
 
:::Morgan Industries Annual Report}}
[[Monopole Magnets]] and [[Organic Superlubricant|Organic Superlubricants]] lead to a revolution in engineering: [[Nanominiaturization]]. With this technology, which emphasizes new assembly methods and high-tensile strength materials, microscopic machine components can be constructed and all manner of bulky, heavy equipment can be shrunk to a fraction of its original size.
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[[Monopole Magnets]] and [[Organic Superlubricant]]s lead to a revolution in engineering: [[Nanominiaturization]]. With this technology, which emphasizes new assembly methods and high-tensile strength materials, microscopic machine components can be constructed and all manner of bulky, heavy equipment can be shrunk to a fraction of its original size.

Revision as of 14:39, 11 March 2013

Nanominiaturization
{{{logo}}}
“Microscopic machines”
Requires Monopole Magnets, Organic Superlubricant
Leads to Industrial Nanorobotics, Matter Compression
Enables
Chassis Hovertank
Ability Algorithmic Enhancement
AI priority
Conquer: 1, Discover: 0, Build: 4, Explore: 3
Objects once measured in meters have become so small that they cannot be seen by the naked eye, with revolutionary applications across the board. Gentlemen, forget what your courtesans have told you: size does matter!
-- CEO Nwabudike Morgan,
Morgan Industries Annual Report
Monopole Magnets and Organic Superlubricants lead to a revolution in engineering: Nanominiaturization. With this technology, which emphasizes new assembly methods and high-tensile strength materials, microscopic machine components can be constructed and all manner of bulky, heavy equipment can be shrunk to a fraction of its original size.