66 Alggiona - Revision history

LordSkorne7 at 04:40, November 27, 2024

2024-11-27T04:40:49Z

← Older revision		Revision as of 04:40, November 27, 2024
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			{{BorealisUniverse}}
⚫	~~{{BorealisUniverse}}~~{{Infobox Star\|image1=66-Alggiona.webp\|caption-image1=66 Alggiona seen from a rogue space probe.\|article_creator=ProtoJeb21 (11th December 2016)\|scope=Borealis Universe\|setting=Milky Way\|mass=66.0 Jupiter Masses\|radius=136,131.19 km\|surface_temperature=308 Kelvin\|age=1.6 Billion\|rotation_period=1.75 Standard Days\|surface_gravity=185.391 g\|orbits=5\|nation(s)=[[Confederacy of Borealis (Borealis Universe]]}}

		⚫	{{Infobox Star\|image1=66-Alggiona.webp\|caption-image1=66 Alggiona seen from a rogue space probe.\|article_creator=ProtoJeb21 (11th December 2016)\|scope=Borealis Universe\|setting=Milky Way\|mass=66.0 Jupiter Masses\|radius=136,131.19 km\|surface_temperature=308 Kelvin\|age=1.6 Billion\|rotation_period=1.75 Standard Days\|surface_gravity=185.391 g\|orbits=5\|nation(s)=[[Confederacy of Borealis (Borealis Universe)]]}}

	''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.		''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.
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	Discovered in 10,073 CE by a rogue space probe, 66 Alggiona has been a hotspot for extragalactic scientists, who have come to study the star and its three planets. The second planet, Gerbi, has been placed under environmental protection to preserve its fragile and exotic ecosystem.		Discovered in 10,073 CE by a rogue space probe, 66 Alggiona has been a hotspot for extragalactic scientists, who have come to study the star and its three planets. The second planet, Gerbi, has been placed under environmental protection to preserve its fragile and exotic ecosystem.

	== Discovery ==		==Discovery==
	In 10,073 CE, a rogue probe that had fulfilled its mission drifted within 2 light years of 66 Alggiona. It first recognised the star as a Y-class brown dwarf, but that was immediately ruled out due to the sheer mass and the observed age of the star. As a result, the probe ventured closer and closer until a photo of the star could be taken. The result was something very enigmatic - a black sphere with vague red patches, resembling a hot terrestrial planet, but with a lot of material in its surroundings.		In 10,073 CE, a rogue probe that had fulfilled its mission drifted within 2 light years of 66 Alggiona. It first recognised the star as a Y-class brown dwarf, but that was immediately ruled out due to the sheer mass and the observed age of the star. As a result, the probe ventured closer and closer until a photo of the star could be taken. The result was something very enigmatic - a black sphere with vague red patches, resembling a hot terrestrial planet, but with a lot of material in its surroundings.

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	After more observation, it was concluded that 66 Alggiona c had a thick atmosphere, which was characterised as well. It seemed to have hydrogen, helium and some neon and nitrogen and oxygen floating around. This, as well as its distance from its sun, meant that pools of exotic liquid neon could form there. As a result of this, several more expeditions were sent to this strange little star and its even stranger planetary system.		After more observation, it was concluded that 66 Alggiona c had a thick atmosphere, which was characterised as well. It seemed to have hydrogen, helium and some neon and nitrogen and oxygen floating around. This, as well as its distance from its sun, meant that pools of exotic liquid neon could form there. As a result of this, several more expeditions were sent to this strange little star and its even stranger planetary system.

	== Planetary System ==		==Planetary System==
	66 Alggiona has a relatively small planetary system, which just seems small due to pure coincidence.		66 Alggiona has a relatively small planetary system, which just seems small due to pure coincidence.

	* Konae: A cold, tidally locked I-class world with a thin atmosphere. It has a subglacial ocean and frequent tectonic activity from tidal heating from 66 Alggiona and the other two planets.		*Konae: A cold, tidally locked I-class world with a thin atmosphere. It has a subglacial ocean and frequent tectonic activity from tidal heating from 66 Alggiona and the other two planets.
	* Gerbi: The second of the three planets, Gerbi is a small T-class world only slightly larger than Konae. Due to being so cold, it has seas of neon. Gerbi has huge, exotic ecosystems of carbon-based life that rely on neon as a solvent.		*Gerbi: The second of the three planets, Gerbi is a small T-class world only slightly larger than Konae. Due to being so cold, it has seas of neon. Gerbi has huge, exotic ecosystems of carbon-based life that rely on neon as a solvent.
	* Eriest: A small gas dwarf with one very prominent band. Eriest is tidally locked, and there is a permanent storm raging on the side facing 66 Alggiona. When the band runs through it, it is disturbed and creates a number of smaller storms. Eriest is extremely cold and looks orange, with neon and hydrogen clouds and neon rain.		*Eriest: A small gas dwarf with one very prominent band. Eriest is tidally locked, and there is a permanent storm raging on the side facing 66 Alggiona. When the band runs through it, it is disturbed and creates a number of smaller storms. Eriest is extremely cold and looks orange, with neon and hydrogen clouds and neon rain.

LordSkorne7: Created page with "{{BorealisUniverse}}{{Infobox Star|image1=66-Alggiona.webp|caption-image1=66 Alggiona seen from a rogue space probe.|article_creator=ProtoJeb21 (11th December 2016)|scope=Borealis Universe|setting=Milky Way|mass=66.0 Jupiter Masses|radius=136,131.19 km|surface_temperature=308 Kelvin|age=1.6 Billion|rotation_period=1.75 Standard Days|surface_gravity=185.391 g|orbits=5|nation(s)=Confederacy of Borealis (Borealis Universe}} ''66 Alggiona''' (also nicknamed '''''"The Me..."

2024-11-27T04:40:04Z

Created page with "{{BorealisUniverse}}{{Infobox Star|image1=66-Alggiona.webp|caption-image1=66 Alggiona seen from a rogue space probe.|article_creator=ProtoJeb21 (11th December 2016)|scope=Borealis Universe|setting=Milky Way|mass=66.0 Jupiter Masses|radius=136,131.19 km|surface_temperature=308 Kelvin|age=1.6 Billion|rotation_period=1.75 Standard Days|surface_gravity=185.391 g|orbits=5|nation(s)=Confederacy of Borealis (Borealis Universe}} ''66 Alggiona''' (also nicknamed '''''"The Me..."

← Older revision		Revision as of 04:40, November 27, 2024
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	{{~~InfoboxPlanet\|name~~ ~~= 66 Alggiona~~\|~~image~~ = 66-Alggiona.~~jpg~~\|caption = 66 Alggiona seen from a rogue space probe\|~~altnames~~ = ~~The~~ ~~Metal~~ ~~Sun, 2MASSE2 J102125.525-552036.67~~\|~~planets~~ = 3\|~~moons~~ = 2\|mass = 66.0 Jupiter ~~masses~~\|~~diameter~~ = 136,131.19 km ~~(0.95x Jupiter)~~\|~~rotperiod~~ = 1.75 ~~days~~\|~~axialtilt~~ = 0.~~0*\|avgtemp~~ = ~~308 Kelvin~~\|~~gravity~~ = 185.~~391g~~\|~~age~~ = ~~1.6 billion years~~\|~~controller~~ = Confederacy of Borealis}}		{{BorealisUniverse}}{{Infobox Star\|image1=66-Alggiona.webp\|caption-image1=66 Alggiona seen from a rogue space probe.\|article_creator=ProtoJeb21 (11th December 2016)\|scope=Borealis Universe\|setting=Milky Way\|mass=66.0 Jupiter Masses\|radius=136,131.19 km\|surface_temperature=308 Kelvin\|age=1.6 Billion\|rotation_period=1.75 Standard Days\|surface_gravity=185.391 g\|orbits=5\|nation(s)=[[Confederacy of Borealis (Borealis Universe]]}}

	''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.		''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.
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	== Planetary System ==		== Planetary System ==
	66 Alggiona has a relatively small planetary system, which just seems small due to pure coincidence.		66 Alggiona has a relatively small planetary system, which just seems small due to pure coincidence.

	* Konae: A cold, tidally locked I-class world with a thin atmosphere. It has a subglacial ocean and frequent tectonic activity from tidal heating from 66 Alggiona and the other two planets.		* Konae: A cold, tidally locked I-class world with a thin atmosphere. It has a subglacial ocean and frequent tectonic activity from tidal heating from 66 Alggiona and the other two planets.
	* Gerbi: The second of the three planets, Gerbi is a small T-class world only slightly larger than Konae. Due to being so cold, it has seas of neon. Gerbi has huge, exotic ecosystems of carbon-based life that rely on neon as a solvent.		* Gerbi: The second of the three planets, Gerbi is a small T-class world only slightly larger than Konae. Due to being so cold, it has seas of neon. Gerbi has huge, exotic ecosystems of carbon-based life that rely on neon as a solvent.
	*Eriest: A small gas dwarf with one very prominent band. Eriest is tidally locked, and there is a permanent storm raging on the side facing 66 Alggiona. When the band runs through it, it is disturbed and creates a number of smaller storms. Eriest is extremely cold and looks orange, with neon and hydrogen clouds and neon rain.		* Eriest: A small gas dwarf with one very prominent band. Eriest is tidally locked, and there is a permanent storm raging on the side facing 66 Alggiona. When the band runs through it, it is disturbed and creates a number of smaller storms. Eriest is extremely cold and looks orange, with neon and hydrogen clouds and neon rain.

	[[Category:Stars]]
	[[Category:Milky Wa[[Category:*Scope: Borealis Universe - Milky Way]]]
	[[Category:Trolligi's new articles]]

Duodecillionaire at 20:44, September 21, 2024

2024-09-21T20:44:28Z

← Older revision		Revision as of 20:44, September 21, 2024
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	[[Category:Stars]]		[[Category:Stars]]
	[[Category:Milky Way]]		[[Category:Milky Wa[[Category:*Scope: Borealis Universe - Milky Way]]]
	[[Category:Trolligi's new articles]]		[[Category:Trolligi's new articles]]

LordSkorne7 at 14:14, September 11, 2024

2024-09-11T14:14:43Z

← Older revision		Revision as of 14:14, September 11, 2024
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	{InfoboxPlanet\|name = 66 Alggiona\|image = 66-Alggiona.jpg\|caption = 66 Alggiona seen from a rogue space probe\|altnames = The Metal Sun, 2MASSE2 J102125.525-552036.67\|planets = 3\|moons = 2\|mass = 66.0 Jupiter masses\|diameter = 136,131.19 km (0.95x Jupiter)\|rotperiod = 1.75 days\|axialtilt = 0.0*\|avgtemp = 308 Kelvin\|gravity = 185.391g\|age = 1.6 billion years\|controller = Confederacy of ~~Humanity~~}}'		{{InfoboxPlanet\|name = 66 Alggiona\|image = 66-Alggiona.jpg\|caption = 66 Alggiona seen from a rogue space probe\|altnames = The Metal Sun, 2MASSE2 J102125.525-552036.67\|planets = 3\|moons = 2\|mass = 66.0 Jupiter masses\|diameter = 136,131.19 km (0.95x Jupiter)\|rotperiod = 1.75 days\|axialtilt = 0.0*\|avgtemp = 308 Kelvin\|gravity = 185.391g\|age = 1.6 billion years\|controller = Confederacy of Borealis}}

	''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.		''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.

LordSkorne7 at 14:14, September 11, 2024

2024-09-11T14:14:07Z

← Older revision		Revision as of 14:14, September 11, 2024
Line 1:		Line 1:
	{InfoboxPlanet\|name = 66 Alggiona\|image = 66-Alggiona.jpg\|caption = 66 Alggiona seen from a rogue space probe\|altnames = The Metal Sun, 2MASSE2 J102125.525-552036.67\|planets = 3\|moons = 2\|mass = 66.0 Jupiter masses\|diameter = 136,131.19 km (0.95x Jupiter)\|rotperiod = 1.75 days\|axialtilt = 0.0*\|avgtemp = 308 Kelvin\|gravity = 185.391g\|age = 1.6 billion years\|controller = Confederacy of ~~Borealis~~}}'''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.		{InfoboxPlanet\|name = 66 Alggiona\|image = 66-Alggiona.jpg\|caption = 66 Alggiona seen from a rogue space probe\|altnames = The Metal Sun, 2MASSE2 J102125.525-552036.67\|planets = 3\|moons = 2\|mass = 66.0 Jupiter masses\|diameter = 136,131.19 km (0.95x Jupiter)\|rotperiod = 1.75 days\|axialtilt = 0.0*\|avgtemp = 308 Kelvin\|gravity = 185.391g\|age = 1.6 billion years\|controller = Confederacy of Humanity}}'

			''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.

	Discovered in 10,073 CE by a rogue space probe, 66 Alggiona has been a hotspot for extragalactic scientists, who have come to study the star and its three planets. The second planet, Gerbi, has been placed under environmental protection to preserve its fragile and exotic ecosystem.		Discovered in 10,073 CE by a rogue space probe, 66 Alggiona has been a hotspot for extragalactic scientists, who have come to study the star and its three planets. The second planet, Gerbi, has been placed under environmental protection to preserve its fragile and exotic ecosystem.

LordSkorne7: Removed redirect to Feres

2024-09-11T14:13:19Z

Removed redirect to Feres

← Older revision		Revision as of 14:13, September 11, 2024
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			{InfoboxPlanet\|name = 66 Alggiona\|image = 66-Alggiona.jpg\|caption = 66 Alggiona seen from a rogue space probe\|altnames = The Metal Sun, 2MASSE2 J102125.525-552036.67\|planets = 3\|moons = 2\|mass = 66.0 Jupiter masses\|diameter = 136,131.19 km (0.95x Jupiter)\|rotperiod = 1.75 days\|axialtilt = 0.0*\|avgtemp = 308 Kelvin\|gravity = 185.391g\|age = 1.6 billion years\|controller = Confederacy of Borealis}}'''66 Alggiona''' (also nicknamed '''''"The Metal Sun"''''') is a small and bizarre type of star known as a Frozen Star. Located near the outer edge of the Milky Way, 66 Alggiona formed with so much metals that it became more of a giant planet than a star. It is powered by both nuclear fusion and radioactive decay in its searing core. However, 66 Alggiona is a very cool star with a surface temperature of just 308 degrees Kelvin. As a result, it is given the spectral classification of H7. It is one of only 33 documented frozen stars, and the only one in the Milky Way.
	#REDIRECT [[Feres]]

			Discovered in 10,073 CE by a rogue space probe, 66 Alggiona has been a hotspot for extragalactic scientists, who have come to study the star and its three planets. The second planet, Gerbi, has been placed under environmental protection to preserve its fragile and exotic ecosystem.

			== Discovery ==
			In 10,073 CE, a rogue probe that had fulfilled its mission drifted within 2 light years of 66 Alggiona. It first recognised the star as a Y-class brown dwarf, but that was immediately ruled out due to the sheer mass and the observed age of the star. As a result, the probe ventured closer and closer until a photo of the star could be taken. The result was something very enigmatic - a black sphere with vague red patches, resembling a hot terrestrial planet, but with a lot of material in its surroundings.

			As soon as the pictures of the star were sent back to Earth-bound observatories, astronomers were very excited as this star seemed to fit the model for how a frozen star may look. And next stop... intense study in every way possible. Many spectra were recorded of this star, which confirmed its status as a frozen star.

			What was even more interesting, was that one team of astronomers, working on the moon, had seemingly detected dips of light that were independent from the erratic patches scattered across the star, and may have been caused by ''planets!'' This just blew the entire field of exoplanetology up, and within a week, the 3 planets' characteristics were known as well as they could've been known, with mass, size and orbit fully characterised.

			After more observation, it was concluded that 66 Alggiona c had a thick atmosphere, which was characterised as well. It seemed to have hydrogen, helium and some neon and nitrogen and oxygen floating around. This, as well as its distance from its sun, meant that pools of exotic liquid neon could form there. As a result of this, several more expeditions were sent to this strange little star and its even stranger planetary system.

			== Planetary System ==
			66 Alggiona has a relatively small planetary system, which just seems small due to pure coincidence.
			* Konae: A cold, tidally locked I-class world with a thin atmosphere. It has a subglacial ocean and frequent tectonic activity from tidal heating from 66 Alggiona and the other two planets.
			* Gerbi: The second of the three planets, Gerbi is a small T-class world only slightly larger than Konae. Due to being so cold, it has seas of neon. Gerbi has huge, exotic ecosystems of carbon-based life that rely on neon as a solvent.
			*Eriest: A small gas dwarf with one very prominent band. Eriest is tidally locked, and there is a permanent storm raging on the side facing 66 Alggiona. When the band runs through it, it is disturbed and creates a number of smaller storms. Eriest is extremely cold and looks orange, with neon and hydrogen clouds and neon rain.

			[[Category:Stars]]
			[[Category:Milky Way]]
			[[Category:Trolligi's new articles]]

amlegfandom>Spacedragon II: Spacedragon II moved page 66 Alggiona to Feres

2021-06-10T16:21:07Z

Spacedragon II moved page 66 Alggiona to Feres

New page

#REDIRECT [[Feres]]