Difference between revisions of "Exotic"
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* [[Hadronium]] utilizes [[mirror]] matter and high-energy reactions in order to form what amounts to a giant, chemically meaningful nucleus. | * [[Hadronium]] utilizes [[mirror]] matter and high-energy reactions in order to form what amounts to a giant, chemically meaningful nucleus. | ||
* [[Exomatter]] combines the above three features into what some term call 'something actually useful' - as in, usable in everyday activities. | * [[Exomatter]] combines the above three features into what some term call 'something actually useful' - as in, usable in everyday activities. | ||
| + | * [[Neutronium]] is raw neutron soup. When it can be contained, it is generally used as a form of inertial barrier. | ||
| + | * [[Quarkium]] Like the above, but significantly harder to contain. | ||
* [[Hypomatter]] warps spacetime itself to form its own reactions. While not always electromagnetically interacting, it often can, occasionally in rather novel ways. | * [[Hypomatter]] warps spacetime itself to form its own reactions. While not always electromagnetically interacting, it often can, occasionally in rather novel ways. | ||
{{SSG}} | {{SSG}} | ||
Revision as of 02:24, 7 April 2007
Exotic matter is the term for strange, electomagnetically interacting matter. It comes in several varieties:
- Electronium is the oldest, and simplest - essentially artificial atoms, clouds of electrons lacking a nucleus.
- Mirror matter is an unusual form of dark matter which is a reflection of ordinary matter, sometimes called being 'out of phase' and was considered as a potential form of stealth.
- Hadronium utilizes mirror matter and high-energy reactions in order to form what amounts to a giant, chemically meaningful nucleus.
- Exomatter combines the above three features into what some term call 'something actually useful' - as in, usable in everyday activities.
- Neutronium is raw neutron soup. When it can be contained, it is generally used as a form of inertial barrier.
- Quarkium Like the above, but significantly harder to contain.
- Hypomatter warps spacetime itself to form its own reactions. While not always electromagnetically interacting, it often can, occasionally in rather novel ways.
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