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[[File:RobloxScreenShot20201002 104740690.png|thumb|254x254px|Example of a neutron star nearly at the edge of the Waste Of Space galaxy.]]Wondrous dark blue stars that have an amazing solar output for solar panels. Surface has heavy neutron parts that can be used as armor. Plasma can also be harvested from the jets to power a hand full of applications. |
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Neutron stars an extreme form of normal stars. Their solar output is the best out of any star in the solar system, as they can generate up to 100 power per second when a solar panel is orbiting them at max size. Neutron stars feature a jet cone which can be harvested for plasma, power and exotic matter however is incredibly dangerous when entering (dack blue star in map) |
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[[File:RobloxScreenShot20201002 104740690.png|thumb|220x220px]] |
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==== Real description ==== |
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Neutron stars is one of the last stages of a dying star. Very small in size, biggest being around 13±2 km in radius or ~30 km in diameter. It comes in the same category with white dwarfs and [[Black Hole|black holes]]. They usually form when a super-massive red giant star that has a mass of 10-20 solar masses (sun masses) collapses into a spectacular super nova, more commonly when the star has a metal rich core like iron elements. Similarly with a black hole, neutron stars have a fairly visible event horizon around them bending light. There are many types of neutron stars ranging from regular neutron stars, pulsars or magnetars. |
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If the remnant conceives a number of mass of the Tolman-Oppenheimer-Volkoff limit, it will collapse into a black hole. |
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Our sun will turn into a common white dwarf in it's dying stages as a main sequence star, not a neutron star since the mass is very low. |
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==== In-game characteristics ==== |
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The presence of this body on the [[star map]] consists of a dark blueish color. It consists of two x-ray jets that come from both polar sides of the star, known as a pulsar. Due to the density of the object, more solar output is produced because of the super hot surface. It is knowingly the best star in the galaxy to be around for solar panels because of this high output power. |
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==== N/A ==== |
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You can harvest plasma from both jets. However, this is usually incredibly dangerous to enter. The surface would compose of ultra heavy neutron atoms that could also be mined for strong parts. |
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[[Category:Celestial Bodies]] |
[[Category:Celestial Bodies]] |
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Revision as of 05:25, 2 November 2020
Wondrous dark blue stars that have an amazing solar output for solar panels. Surface has heavy neutron parts that can be used as armor. Plasma can also be harvested from the jets to power a hand full of applications.
Real description
Neutron stars is one of the last stages of a dying star. Very small in size, biggest being around 13±2 km in radius or ~30 km in diameter. It comes in the same category with white dwarfs and black holes. They usually form when a super-massive red giant star that has a mass of 10-20 solar masses (sun masses) collapses into a spectacular super nova, more commonly when the star has a metal rich core like iron elements. Similarly with a black hole, neutron stars have a fairly visible event horizon around them bending light. There are many types of neutron stars ranging from regular neutron stars, pulsars or magnetars.
If the remnant conceives a number of mass of the Tolman-Oppenheimer-Volkoff limit, it will collapse into a black hole.
Our sun will turn into a common white dwarf in it's dying stages as a main sequence star, not a neutron star since the mass is very low.
In-game characteristics
The presence of this body on the star map consists of a dark blueish color. It consists of two x-ray jets that come from both polar sides of the star, known as a pulsar. Due to the density of the object, more solar output is produced because of the super hot surface. It is knowingly the best star in the galaxy to be around for solar panels because of this high output power.
N/A
You can harvest plasma from both jets. However, this is usually incredibly dangerous to enter. The surface would compose of ultra heavy neutron atoms that could also be mined for strong parts.