Difference between revisions of "Star"
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A '''Star''' is a luminous sphere of plasma held together by the gravity of its immense mass. Its great mass and intense heat creates a churning nuclear furnace which radiates light, electromagnetic waves, and heat. Under the right conditions, a star may go | A '''Star''' is a luminous sphere of plasma held together by the gravity of its immense mass. Its great mass and intense heat creates a churning nuclear furnace which radiates light, electromagnetic waves, and heat. Under the right conditions, a star may go supernova and eventually collapse into a [[Neutron Star|neutron star]] or a [[Black Hole|black hole]] depending on its mass. | ||
Stars in the vicinity of the [[Blasted Region]] absorbed the [[Kith|kith]] released when [[Omega]] ended during the [[World Breaking]]. The power of the kith caused even the stars to go super nova and release a new and unique form, [[Star Kith|star kith]], which reflected the radiative properties of stars. | Stars in the vicinity of the [[Blasted Region]] absorbed the [[Kith|kith]] released when [[Omega]] ended during the [[World Breaking]]. The power of the kith caused even the stars to go super nova and release a new and unique form, [[Star Kith|star kith]], which reflected the radiative properties of stars. | ||
[[Category:Planets & Systems]] | [[Category:Planets & Systems]] | ||
[[Category:Places]] | [[Category:Places]] | ||
Revision as of 00:05, 9 August 2017
A Star is a luminous sphere of plasma held together by the gravity of its immense mass. Its great mass and intense heat creates a churning nuclear furnace which radiates light, electromagnetic waves, and heat. Under the right conditions, a star may go supernova and eventually collapse into a neutron star or a black hole depending on its mass. Stars in the vicinity of the Blasted Region absorbed the kith released when Omega ended during the World Breaking. The power of the kith caused even the stars to go super nova and release a new and unique form, star kith, which reflected the radiative properties of stars.