Star - Revision history

Oryx at 15:20, 21 January 2018

2018-01-21T15:20:36Z

← Older revision		Revision as of 15:20, 21 January 2018
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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 supernova and eventually collapse into a [[Neutron Star\|neutron star]] or a [[Black Hole\|black hole]] depending on its mass.		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 [[Worldbreaking]]. 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 [[Worldbreaking]]. 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 and Systems]]
	[[Category:Places]]		[[Category:Places]]

Wikiadmin at 23:07, 18 October 2017

2017-10-18T23:07:23Z

← Older revision		Revision as of 23:07, 18 October 2017
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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 supernova and eventually collapse into a [[Neutron Star\|neutron star]] or a [[Black Hole\|black hole]] depending on its mass.		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 [[Worldbreaking]]. 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]]

Wikiadmin at 00:05, 9 August 2017

2017-08-09T00:05:24Z

← Older revision		Revision as of 00:05, 9 August 2017
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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 ~~[[Super Nova\|super nova]]~~ and eventually collapse into a [[Neutron Star\|neutron star]] or a [[Black Hole\|black hole]] depending on its mass.		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]]

Wikiadmin at 00:04, 9 August 2017

2017-08-09T00:04:13Z

← Older revision		Revision as of 00:04, 9 August 2017
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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 [[Super Nova\|super nova]] and eventually collapse into a [[Neutron Star\|neutron star]] or a [[Black Hole\|black hole]] depending on its mass.		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 [[Super Nova\|super nova]] 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:~~Space~~]]		[[Category:Planets & Systems]]
	[[Category:~~Kith~~]]		[[Category:Places]]

Nicholas at 22:02, 15 July 2016

2016-07-15T22:02:05Z

← Older revision		Revision as of 22:02, 15 July 2016
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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 [[Super Nova\|super nova]] and eventually collapse into a [[Neutron Star\|neutron star]] or a [[Black Hole\|black hole]] depending on its mass.		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 [[Super Nova\|super nova]] 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]] 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.		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:Space]]		[[Category:Space]]
	[[Category:Kith]]		[[Category:Kith]]

Nicholas: tech update

2016-07-06T21:59:19Z

tech update

← Older revision		Revision as of 21:59, 6 July 2016
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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. 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.		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 [[Super Nova\|super nova]] 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]] 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.
	[[Category:Space]]		[[Category:Space]]
	[[Category:Kith]]		[[Category:Kith]]

Nicholas at 03:19, 28 May 2016

2016-05-28T03:19:09Z

← Older revision		Revision as of 03:19, 28 May 2016
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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. 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.		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. 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.
	[[Category:Space]]		[[Category:Space]]
	[{Category:Kith]]		[[Category:Kith]]

Nicholas: Created page with "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..."

2016-05-28T03:18:52Z

Created page with "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..."

New page

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. 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.
[[Category:Space]]
[{Category:Kith]]