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Difference between revisions of "Magnetar"
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A '''Magnetar''' is a type of [[neutron star]] that possess an extremely strong magnetic field which decays over a course approximately 10,000 years. However, magnetars used in the powering of [[Voidgate|voidgates]] and their protective [[Aegisphere|aegispheres]] are known to somehow survive for over a million years without showing any sign of depleting in the near future. These unique and possibly altered stars have [[Quantum Sphere|semi-transluscent quantum spheres]] nested within them that somehow act as a conduit to the gates and may be what is altering the length of their normal radioactive cycles. | A '''Magnetar''' is a type of [[Neutron Star|neutron star]] that possess an extremely strong magnetic field which decays over a course approximately 10,000 years. However, magnetars used in the powering of [[Voidgate|voidgates]] and their protective [[Aegisphere|aegispheres]] are known to somehow survive for over a million years without showing any sign of depleting in the near future. These unique and possibly altered stars have [[Quantum Sphere|semi-transluscent quantum spheres]] nested within them that somehow act as a conduit to the gates and may be what is altering the length of their normal radioactive cycles. | ||
The voidgate magnetars are protected by aegispheres and determine the design of the network. Some magnetars are connected to multiple voidgates and produce a hub, while other link to only one gate and act as a spoke from said hubs. | The voidgate magnetars are protected by aegispheres and determine the design of the network. Some magnetars are connected to multiple voidgates and produce a hub, while other link to only one gate and act as a spoke from said hubs. | ||
[[Category:Technology]] | [[Category:Technology]] | ||
[[Category:Space]] | [[Category:Space]] | ||