Eratis: Difference between revisions
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[[Image:Pulsar.jpg|left|200px]] A large [[wp:Neutron star|neutron star]] with a density of 2×10<sup>15</sup> g/cm<sup>3</sup> and a radius of 15km. | [[Image:Pulsar.jpg|left|200px]] A large [[wp:Neutron star|neutron star]] with a density of 2×10<sup>15</sup> g/cm<sup>3</sup> and a radius of 15km. | ||
Eratis was born with a large magnetic field inside it which causes it to spin rapidly. Radiation is emitted from each of Eratis' poles and further examination by the science department on Deep Space 17 showed that the magnetic field is tilted with respect to its axis. Thus, creating a [[wp:Pulsar|rotating beacon]] which creates periodic bursts of radiation and solar flares. | Eratis was born with a large magnetic field inside it which causes it to spin rapidly. Radiation is emitted from each of Eratis' poles and further examination by the science department on [[Deep Space 17]] showed that the magnetic field is tilted with respect to its axis. Thus, creating a [[wp:Pulsar|rotating beacon]] which creates periodic bursts of radiation and solar flares. | ||
[[Category:Stars]] | [[Category:Stars]] | ||
[[Category:Eratis system]] | [[Category:Eratis system]] | ||
Latest revision as of 14:18, 18 June 2008
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| Eratis system | Star · Belt |
A large neutron star with a density of 2×1015 g/cm3 and a radius of 15km.
Eratis was born with a large magnetic field inside it which causes it to spin rapidly. Radiation is emitted from each of Eratis' poles and further examination by the science department on Deep Space 17 showed that the magnetic field is tilted with respect to its axis. Thus, creating a rotating beacon which creates periodic bursts of radiation and solar flares.