m (Robot: Automated text replacement (-type-15 shuttlepod +type 15 shuttlepod)) |
Renegade54 (talk | contribs) m (formatting, linkfix, + category) |
||
| Line 1: | Line 1: | ||
| − | The '''subquantum state''' of |
+ | The '''subquantum state''' of matter can have five known resonances. |
| − | The five types of resonances of the subquantum states associated with |
+ | The five types of resonances of the subquantum states associated with [[Theory of General Relativity|transitional relativity]] are, in alphabetical order, assymetrical, inverted, phased, stable and universal. |
| − | [[Theory of General Relativity|transitional relativity]] are, in alphabetical order, assymetrical, inverted, phased, stable and universal. |
||
| − | When [[Geordi La Forge]] was |
+ | When [[Geordi La Forge]] was traveling in the [[type 15 shuttlepod|shuttlepod]] ''[[Onizuka]]'' to [[Risa]] and wanted to pass the time, he played a trivia game with the [[computer]]. Listing all five types of subquantum state resonances was one of the questions. ({{TNG|The Mind's Eye}}) |
| + | [[Category:Physics]] |
||
Revision as of 14:42, 8 August 2007
The subquantum state of matter can have five known resonances.
The five types of resonances of the subquantum states associated with transitional relativity are, in alphabetical order, assymetrical, inverted, phased, stable and universal.
When Geordi La Forge was traveling in the shuttlepod Onizuka to Risa and wanted to pass the time, he played a trivia game with the computer. Listing all five types of subquantum state resonances was one of the questions. (TNG: "The Mind's Eye")