Difference between revisions of "High Energy Chemistry"
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− | Breakthroughs in [[Applied Physics]] and [[Industrial Base]] lead to an understanding of [[High Energy Chemistry]]. This discipline seeks to understand the properties and behavior of matter at very high temperatures, and results in new types of materials that remain in a stable plasma state even when superheated by intense laser stimulation | + | Breakthroughs in [[Applied Physics]] and [[Industrial Base]] lead to an understanding of [[High Energy Chemistry]]. This discipline seeks to understand the properties and behavior of matter at very high temperatures, and results in new types of materials that remain in a stable plasma state even when superheated by intense laser stimulation. |
Revision as of 13:05, 11 March 2013
High Energy Chemistry | |
---|---|
Requires | Industrial Base, Applied Physics |
Leads to | Synthetic Fossil Fuels, Advanced Subatomic Theory |
Armor | Plasma Steel Armor |
Ability | Nerve Gas Pods |
- -- Sister Miriam Godwinson,
- "The Lord Works"
Breakthroughs in Applied Physics and Industrial Base lead to an understanding of High Energy Chemistry. This discipline seeks to understand the properties and behavior of matter at very high temperatures, and results in new types of materials that remain in a stable plasma state even when superheated by intense laser stimulation.