Difference between revisions of "Graviton Theory"

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:::—Academician Prokhor Zakharov,<br />
 
:::—Academician Prokhor Zakharov,<br />
 
::: “For I Have Tasted The Fruit”}}
 
::: “For I Have Tasted The Fruit”}}
[[Quantum Machinery]] and [[Mind/Machine Interface]] pave the way for an understanding of gravity-the weakest fundamental force in the universe, but one that acts at infinite distances. With [[Graviton Theory]], physicists can detect and measure the long-predicted gravitons-particle strings that ‘carry’ gravitational force.
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[[Quantum Machinery]] and [[Mind/Machine Interface]] pave the way for an understanding of gravity—the weakest fundamental force in the universe, but one that acts at infinite distances. With [[Graviton Theory]], physicists can detect and measure the long-predicted gravitons—particle strings that ‘carry’ gravitational force.

Revision as of 04:14, 20 March 2013

Graviton Theory
{{{logo}}}
“Unlock the mechanisms of gravity”
Requires Quantum Machinery, Mind/Machine Interface
Leads to Applied Gravitonics
Enables
Chassis Gravship
Ability Antigrav Struts
AI priority
Conquer: 3, Discover: 1, Build: 0, Explore: 3
This unusual specimen is not so much a classic particle as a

connector—a kind of string attaching two particles. As distance
increases the connective power becomes attenuated, but if it is
cut the power vanishes: forever.

—Academician Prokhor Zakharov,
“For I Have Tasted The Fruit”
Quantum Machinery and Mind/Machine Interface pave the way for an understanding of gravity—the weakest fundamental force in the universe, but one that acts at infinite distances. With Graviton Theory, physicists can detect and measure the long-predicted gravitons—particle strings that ‘carry’ gravitational force.