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* Core neutron star of the system is about 56% of the mass of the entire system. |
* Core neutron star of the system is about 56% of the mass of the entire system. |
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* Core neutron star's luminosity is insane. Seen from 50 light years, it would appear as bright as the sun seen from 1 AU. In other words, seeing the neutron star from 50 light years would be exactly like seeing the sun from Earth. |
* Core neutron star's luminosity is insane. Seen from 50 light years, it would appear as bright as the sun seen from 1 AU. In other words, seeing the neutron star from 50 light years would be exactly like seeing the sun from Earth. |
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− | *The hypermassive neutron star's core environment is unknown, due to the |
+ | *The hypermassive neutron star's core environment is unknown, due to the extreme surface gravity and the diameter, the center environment is unknown. |
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[[Category:Star systems]] |
[[Category:Star systems]] |
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[[Category:Star]] |
[[Category:Star]] |
Revision as of 07:16, 28 October 2021
"Era" (aka DLT-0.991-v2 ww002 [DD01] Omega) is a septendecuple star system in outer layer of DLT-0.991-v2 ww002 galaxy. It is made out of a hypermassive neutron star and 16 other stars. The verse in which it's galaxy is in is a Universe with the speed of light being infinite.
Star list
- Hypermassive Neutron Star: A ginormous neutron star with it's surface gravity being 5.6 * 1015 G (approx 5.6 quadrillion times stronger than gravity of the Earth). It's diameter is 15 AU. It is not yet confirmed to be a neutron star, as it is too heavy to be one.
- Blue Giant 1: A 230 million years old star.
- Blue Giant 2: Indifferent.
- White Giant: A star ten times more massive than our Sun.
- Yellow Supergiant: Set to explode in under 10 million years.
- Red Hypergiant: Largest object of the system. However, thousand times less massive than the core object.
- 7 Main sequence stars: Red, Red, Yellow, White, Blue, Navy, Red.
- 4 Unregistered stars: [Unknown]
Miscellanous information
- Core neutron star of the system is about 56% of the mass of the entire system.
- Core neutron star's luminosity is insane. Seen from 50 light years, it would appear as bright as the sun seen from 1 AU. In other words, seeing the neutron star from 50 light years would be exactly like seeing the sun from Earth.
- The hypermassive neutron star's core environment is unknown, due to the extreme surface gravity and the diameter, the center environment is unknown.