Difference between revisions of "Neutron Star (Tau-65)"
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The [[Neutron Star]] found at the East of the [[Tau-65]] system is an X-ray Pulsar, located inside an asteroid belt that is believed to be the remains of a planet that collided with the Pulsar. The [[Kawada Research Complex]] was built at the edge of the asteroid belt, built with large collector dishes that are designed to harness the power of the pulsar's massive radiation bursts. The station's heavy shielding also provides a low radiation zone. | The [[Neutron Star]] found at the East of the [[Tau-65]] system is an X-ray Pulsar, located inside an asteroid belt that is believed to be the remains of a planet that collided with the Pulsar. The [[Kawada Research Complex]] was built at the edge of the asteroid belt, built with large collector dishes that are designed to harness the power of the pulsar's massive radiation bursts. The station's heavy shielding also provides a low radiation zone. | ||
Revision as of 13:47, 2 February 2016
The Neutron Star found at the East of the Tau-65 system is an X-ray Pulsar, located inside an asteroid belt that is believed to be the remains of a planet that collided with the Pulsar. The Kawada Research Complex was built at the edge of the asteroid belt, built with large collector dishes that are designed to harness the power of the pulsar's massive radiation bursts. The station's heavy shielding also provides a low radiation zone.
Nicknamed "Ekitei" by the Golden Chrysanthemum inhabitants, close proximity to this Neutron Star is extremely dangerous, with radiation pulses strong enough to annihilate a ship in seconds.
From the Neural Net:
The X-ray Pulsar is officially classfied as X-384 by scientists and interstellar navigation organisations, but most Golden Chrysanthemums simply refer to it by the name Ekitei. Ekitei releases periodic bursts of X-ray radiation, which can last from a fraction of a second up to several minutes between bursts. The pulses also tend to be directional, and any unshielded life forms would instantly die if exposed to an x-ray burst.
