Difference between revisions of "Frictionless Surfaces"

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:::-- Dr. Gayle Nambala,
 
:::-- Dr. Gayle Nambala,
 
:::Morgan Industries Researcher}}
 
:::Morgan Industries Researcher}}
Discovery of the [[Unified Field Theory]] allowed scientists to alter the fundamental properties of matter itself. The discovery of [[Frictionless Surfaces]] proves the most useful application of these techniques. As the name implies, [[Frictionless Surfaces]] consist of materials that remain unaffected by friction, a force that slows down motion by changing kinetic energy into heat energy. Moving objects made of these materials do not slow down as they come into contact with other matter.
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Discovery of the [[Unified Field Theory]] allowed scientists to alter the fundamental properties of matter itself. The discovery of [[Frictionless Surfaces]] proves the most useful application of these techniques. As the name implies, Frictionless Surfaces consist of materials that remain unaffected by friction, a force that slows down motion by changing kinetic energy into heat energy. Moving objects made of these materials do not slow down as they come into contact with other matter.

Revision as of 13:01, 11 March 2013

Frictionless Surfaces
{{{logo}}}
“Materials not subject to friction”
Requires Unified Field Theory, Industrial Nanorobotics
Leads to Quantum Power
Enables
Ability Cloaking Device
AI priority
Conquer: 1, Discover: 3, Build: 2, Explore: 0
As I stepped onto the Magtube, a thought struck me: Can there be friction where there is no substance? And can substance be tricked into hiding from itself?
-- Dr. Gayle Nambala,
Morgan Industries Researcher

Discovery of the Unified Field Theory allowed scientists to alter the fundamental properties of matter itself. The discovery of Frictionless Surfaces proves the most useful application of these techniques. As the name implies, Frictionless Surfaces consist of materials that remain unaffected by friction, a force that slows down motion by changing kinetic energy into heat energy. Moving objects made of these materials do not slow down as they come into contact with other matter.