Krayfishkarl: Krayfishkarl moved page Star terminology to Star

2022-12-03T17:59:16Z

Krayfishkarl moved page Star terminology to Star

← Older revision	Revision as of 17:59, 3 December 2022
(No difference)

Krayfishkarl at 16:32, 22 June 2022

2022-06-22T16:32:35Z

← Older revision		Revision as of 16:32, 22 June 2022
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	[[File:StarTypes.png\|thumb\|200px]]		[[File:StarTypes.png\|thumb\|200px]]
	Stars are divided by type.		'''Stars''' are divided by type.
	==Main Sequence Stars==		==Main Sequence Stars==
	*Class M - A small red star that is generally a red dwarf but also sometimes a brown dwarf, these stars are extremely common and can last trillions of years.		*Class M - A small red star that is generally a red dwarf but also sometimes a brown dwarf, these stars are extremely common and can last trillions of years.
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	*Darkmatter Star - A primitive, early star which predated the formation of the conventional stars, it was not composed of dark matter despite it's name (a star primarily composed of non-baryonic matter is called a Q-star) but instead simply had large densities of neutralino dark matter which produced heat through annihilation reactors within the star. The Darkmatter Star would be a 2-4000 AU black cloud with surface temperatures so cold that radiation on it could be observed by the naked eye.		*Darkmatter Star - A primitive, early star which predated the formation of the conventional stars, it was not composed of dark matter despite it's name (a star primarily composed of non-baryonic matter is called a Q-star) but instead simply had large densities of neutralino dark matter which produced heat through annihilation reactors within the star. The Darkmatter Star would be a 2-4000 AU black cloud with surface temperatures so cold that radiation on it could be observed by the naked eye.

	[[Category:~~Guides~~]]		[[Category:Cosmology]]

	[[Category:Articles by User:Majoras Revenge!!!]]		[[Category:Articles by User:Majoras Revenge!!!]]

Krayfishkarl: Created page with "200px Stars are divided by type. ==Main Sequence Stars== Class M - A small red star that is generally a red dwarf but also sometimes a brown dwarf, these stars are extremely common and can last trillions of years. Class K - Orange stars smaller than the sun, which are very common. Class G - Yellow stars much like Sol. Class F - A yellow-white star which is the brightest capable of supporting habitable planets naturally. *Class A - The sma..."

2022-05-19T00:37:09Z

Created page with "thumb|200px Stars are divided by type. ==Main Sequence Stars== *Class M - A small red star that is generally a red dwarf but also sometimes a brown dwarf, these stars are extremely common and can last trillions of years. *Class K - Orange stars smaller than the sun, which are very common. *Class G - Yellow stars much like Sol. *Class F - A yellow-white star which is the brightest capable of supporting habitable planets naturally. *Class A - The sma..."

New page

[[File:StarTypes.png|thumb|200px]]
Stars are divided by type.
==Main Sequence Stars==
*Class M - A small red star that is generally a red dwarf but also sometimes a brown dwarf, these stars are extremely common and can last trillions of years.
*Class K - Orange stars smaller than the sun, which are very common.
*Class G - Yellow stars much like Sol.
*Class F - A yellow-white star which is the brightest capable of supporting habitable planets naturally.
*Class A - The smallest blue star, it isn't able to form habitable worlds.
*Class B - A blue star between classes O and A in size. They cannot support habitable worlds.
*Class O - A very rare giant blue star which is incapable of supporting habitable worlds.

==Non-Main Sequence Stars==
*Class D - A degenerate white dwarf star no longer producing energy at it's core. White dwarves are as dense as G-class stars but as small in volume as some terrestrial planets. It is theorized that 97% of stars in the universe will eventually become white dwarves.
*Class T - Class T Brown Dwarves are rare and cool dwarves which can reach temperatures as low as 250 K.
*Class Y - Class Y Brown Dwarves are similar to Class T, but are hotter. T-Class Dwarves would persist several times the lifespan of the Universe.
*Class L - The L-class Red Dwarves are unable to support Hydrogen fusion due to their limited masses.
*Class S - Class S stars have a roughly equal amount of Oxygen and Hydrogen in their atmospheres (Main-Sequence Stars have mostly Oxygen), it is similar in heat to the K class of stars
*Class C - The Carbon Stars, class C, have a higher amount of Carbon within their atmospheres than Oxygen, giving them a ruby red appearance and a variable temperature range.
*Class W - Class W or WR, the Wolf-Rayet Star, is immensely hot and outclasses even the O-type star by several magnitudes in heat, reaching as much as 200,000 K.

==Abnormal Stars==
*Neutron Stars - Neutron Stars have densities similar to those of G-class stars but extremely small volumes only a few kilometers across. The Neutron Star possesses an elephantine amount of heat that can be in excess of 600,000 K.
*Exotic Stars - Stars not made of electrons, protons, neutrons, or muons, such as
**Quark Stars - Stars made up only of quarks.
**Strange Stars - made up only of strange quark matter, which is composed of Up Quarks, Down Quarks, and Strange Quarks.
**Preon Stars - made up of sub-quark particles called Preons, which have not yet been proven to exist.
**Boson Stars - A star made of Boson particles, rather than the Fermion particles that make up all other stars.
*Dark Star - A star with an escape velocity greater to the speed of light, causing it to appear black to outside observers. Not to be confused with a black hole.
*Darkmatter Star - A primitive, early star which predated the formation of the conventional stars, it was not composed of dark matter despite it's name (a star primarily composed of non-baryonic matter is called a Q-star) but instead simply had large densities of neutralino dark matter which produced heat through annihilation reactors within the star. The Darkmatter Star would be a 2-4000 AU black cloud with surface temperatures so cold that radiation on it could be observed by the naked eye.

[[Category:Guides]]

[[Category:Articles by User:Majoras Revenge!!!]]

Star - Revision history

Krayfishkarl: Krayfishkarl moved page Star terminology to Star

Krayfishkarl at 16:32, 22 June 2022