Difference between revisions of "Neutronium"
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Essentially the material that makes up the bulk of a [[neutron star]]'s mass. Certain [[hadronium]] designs can contain small amounts of it, and it is thus occasionally used as a form of inertial barrier, where mass is not a concern. Because breaching it means releasing intense neutron radiation and it decays into [[hydrogen]] normally, it is sometimes also considered 'ablative'. | Essentially the material that makes up the bulk of a [[neutron star]]'s mass. Certain [[hadronium]] designs can contain small amounts of it, and it is thus occasionally used as a form of inertial barrier, where mass is not a concern. Because breaching it means releasing intense neutron radiation and it decays into [[hydrogen]] normally, it is sometimes also considered 'ablative'. | ||
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| + | [[Quarkium]] is a more extreme material. | ||
{{SSG}} | {{SSG}} | ||
Latest revision as of 16:45, 7 April 2007
Essentially the material that makes up the bulk of a neutron star's mass. Certain hadronium designs can contain small amounts of it, and it is thus occasionally used as a form of inertial barrier, where mass is not a concern. Because breaching it means releasing intense neutron radiation and it decays into hydrogen normally, it is sometimes also considered 'ablative'.
Quarkium is a more extreme material.
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