Aeternum - Revision history

Duodecillionaire at 03:57, December 11, 2024

2024-12-11T03:57:31Z

← Older revision		Revision as of 03:57, December 11, 2024
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	{{Cosmoria}}{{~~!Star_Infobox~~\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision~~\|major_planets=none~~\|planets=none\|age=at least 10<sup>1,500</sup> years\|~~physical_properties~~=*Radius: ~4,000 km		{{Cosmoria}}{{Infobox_Star\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|planets=none\|age=at least 10<sup>1,500</sup> years\|radius= ~4,000 km
	*Mass: 0.5 solar masses\|galaxy=\|~~galactic_region~~=[[Florathel]]\|~~administered_by~~=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.		\|mass=0.5 solar masses\|galaxy=\|region=[[Florathel]]\|Nations=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.

	== History ==		== History ==

Tesinormed at 22:37, November 30, 2024

2024-11-30T22:37:40Z

← Older revision		Revision as of 22:37, November 30, 2024
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	Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.		Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.
	[[Category:Author: The Minmus Derp]]		[[Category:Author: The Minmus Derp]]
	[[Category:*Florathel - Celestial Bodies]]		[[Category:Setting: Florathel - Celestial Bodies]]
	[[Category:Stars]]		[[Category:Stars]]

Tesinormed at 22:30, November 30, 2024

2024-11-30T22:30:43Z

← Older revision		Revision as of 22:30, November 30, 2024
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	Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.		Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.
	[[Category:Minmus' ~~Articles~~]]		[[Category:Author: The Minmus Derp]]
	[[Category:*Florathel - Celestial Bodies]]		[[Category:*Florathel - Celestial Bodies]]
	[[Category:Stars]]		[[Category:Stars]]

Tesinormed at 22:04, November 10, 2024

2024-11-10T22:04:38Z

← Older revision		Revision as of 22:04, November 10, 2024
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	{{~~CosmoriaNotice~~}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km		{{Cosmoria}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km
	*Mass: 0.5 solar masses\|galaxy=\|galactic_region=[[Florathel]]\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.		*Mass: 0.5 solar masses\|galaxy=\|galactic_region=[[Florathel]]\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.

Duodecillionaire at 17:15, October 30, 2024

2024-10-30T17:15:35Z

← Older revision		Revision as of 17:15, October 30, 2024
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	{{~~SiteNotice}}{{Cosmoria~~}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km		{{CosmoriaNotice}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km
	*Mass: 0.5 solar masses\|galaxy=[[Florathel]]~~\|galactic_region=Inner Paleas Arm~~\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.		*Mass: 0.5 solar masses\|galaxy=\|galactic_region=[[Florathel]]\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.

	== History ==		== History ==
	Aeternum originally formed as a perfectly normal G-class star on the far edge of [[Cosmoria]]. What planets it might have had are unknown, but it probably developed a civilization after the creation of the time bubble. Nothing particularly interesting happened to it as it lacked a native civilization of any kind until the Lareas Alliance decided to test its time warp technology on this star system.		Aeternum originally formed as a perfectly normal G-class star on the far edge of [[Cosmoria]]. What planets it might have had are unknown, but it probably developed a civilization after the creation of the time bubble. Nothing particularly interesting happened to it as it lacked a native civilization of any kind until the [[Lareas Alliance]] decided to test its time warp technology on this star system. Desperate for a way to defeat the encroaching [[Andvaris Swarm]], Lareas attempted to lure them to this system before activating the device.

	The formation of the time-warp bubble permanently sealed off the system from the rest of the universe, and from the outside the star appeared to expand into a red giant and promptly collapse into a white dwarf after just three seconds. This proved fascinating, and was the first observation of the entire lifespan of a star. It also proved completely useless, ~~and~~ the ~~stable~~ ~~time~~ ~~bubble~~ ~~was~~ ~~abandoned~~ ~~for~~ ~~more~~ ~~fruitful~~ ~~projects~~. The wreck of Aeternum was occasionally visited by curious civilizations in the region, but the process by which the time bubble was created remained inscrutable and the space within remained unknown to all.		The formation of the time-warp bubble permanently sealed off the system from the rest of the universe, and from the outside the star appeared to expand into a red giant and promptly collapse into a white dwarf after just three seconds. This proved fascinating, and was the first observation of the entire lifespan of a star. It also proved completely useless, the Andvaris swarm continued its campaign against Lareas without pause. The wreck of Aeternum was occasionally visited by curious civilizations in the region, but the process by which the time bubble was created remained inscrutable and the space within remained unknown to all.

	Over the intervening period, quantum processes caused every atom on the object to fuse or decay to iron, over periods so unimaginably long that the number of years required for this to occur wouldn't fit on a page. None know what happened to the civilization which existed in the system, but long-range scans have detected ''something'' very large around the Iron Star. ~~Hypotheses~~ ~~for~~ ~~what~~ ~~this~~ ~~is include~~ a ~~matrioshka brain, defunct dyson swarm,~~ or something even more bizarre. As of today, no one can figure out a way to penetrate the time bubble, so no one knows for sure what it is.		Over the intervening period, quantum processes caused every atom on the object to fuse or decay to iron, over periods so unimaginably long that the number of years required for this to occur wouldn't fit on a page. None know what happened to the civilization which existed in the system, but long-range scans have detected ''something'' very large around the Iron Star. Some hypothesize it could be a megastructure or something even more bizarre. As of today, no one can figure out a way to penetrate the time bubble, so no one knows for sure what it is.

		⚫	Under the current understanding of physics, Aeternum should have long since decayed into background radiation via proton decay. However, some believe that the timeline over which proton decay happens remains tied to the time of the universe as a whole, instead of that within the time bubble. This would explain the continuing existence of the object, but then it would also not have formed into an iron star. Most scientists are under a consensus that proton decay does not in fact exist unless artificially stimulated.

⚫	Under the current understanding of physics, Aeternum should have long since decayed into background radiation via proton decay. However, some believe that the timeline over which proton decay happens remains tied to the time of the universe as a whole, instead of that within the time bubble. This would explain the continuing existence of the object, but then it would also not have formed into an iron star. Most scientists are under a ~~concensus~~ that proton decay does not in fact exist unless artificially stimulated.
	== Properties ==		== Properties ==
	Not much is known about Aeternum's properties, as it is impossible to view it up close. However, it is known to be almost completely composed of iron and is approximately the size of [[Carlea]]. It is not lit by anything, but beams of radar shone from outside the time bubble show the existence of a mottled surface covered in pits and mounds. Aeternum is surrounded by a very large object or swarm of objects, presumably some form of matrioshka brain created by the former inhabitants of the system. It is believed that any planets in orbit around the star were either disassembled or fell into the star via gravitational wave energy dissipation.		Not much is known about Aeternum's properties, as it is impossible to view it up close. However, it is known to be almost completely composed of iron and is approximately the size of [[Carlea]]. It is not lit by anything, but beams of radar shone from outside the time bubble show the existence of a mottled surface covered in pits and mounds. Aeternum is surrounded by a very large object or swarm of objects, presumably some form of matrioshka brain created by the former inhabitants of the system. It is believed that any planets in orbit around the star were either disassembled or fell into the star via gravitational wave energy dissipation.

	== Orbiting Structure ==		== Orbiting Structure ==
	Long-range scans of Aeternum show a large structure surrounding the object. It is ~~believed~~ ~~that~~ ~~this~~ ~~structure~~ is ~~some~~ ~~form~~ of ~~large~~ ~~matrioshka~~ ~~brain similar to~~ the ~~[[Gannet~~ ~~Matrioshka]] in~~ the ~~[[Xeros System]]~~. However, the light emitted from Aeternum itself is so feeble as to be barely able to light a small light bulb, and there's probably more light from the outside universe. The tiny amount of energy being fed into it means ~~that~~ ~~computing~~ ~~must~~ ~~naturally~~ slow down ~~by a huge amount. Potentially~~, ~~any~~ ~~beings~~ ~~uploaded~~ to ~~this~~ ~~computer would be running millions~~ of times slower than ~~space within the time bubble~~.		Long-range scans of Aeternum show a large structure surrounding the object. If it proves to be a megastructure, it would be the largest in the history of the universe. However, the light emitted from Aeternum itself is so feeble as to be barely able to light a small light bulb, and there's probably more light from the outside universe. The tiny amount of energy being fed into it means anyone or anything within must slow down massively, potentially with computation or metabolisms billions of times slower than normal.

	Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.		Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.
	[[Category:Minmus' Articles]]		[[Category:Minmus' Articles]]
	[[Category:Florathel]]
	[[Category:*Florathel - Celestial Bodies]]		[[Category:*Florathel - Celestial Bodies]]
	[[Category:Stars~~]][[Category: Active Development~~]]		[[Category:Stars]]

LordSkorne7 at 21:52, September 29, 2024

2024-09-29T21:52:37Z

← Older revision		Revision as of 21:52, September 29, 2024
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	{{SiteNotice}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km		{{SiteNotice}}{{Cosmoria}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km
	*Mass: 0.5 solar masses\|galaxy=[[Florathel]]\|galactic_region=Inner Paleas Arm\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.		*Mass: 0.5 solar masses\|galaxy=[[Florathel]]\|galactic_region=Inner Paleas Arm\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.
	== History ==		== History ==

LordSkorne7 at 21:16, April 8, 2024

2024-04-08T21:16:56Z

← Older revision		Revision as of 21:16, April 8, 2024
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	{{~~CosmoriaNotice~~}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km		{{SiteNotice}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km
	*Mass: 0.5 solar masses\|galaxy~~=\|galactic_region~~=[[Florathel]]\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.		*Mass: 0.5 solar masses\|galaxy=[[Florathel]]\|galactic_region=Inner Paleas Arm\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.
	== History ==		== History ==
	Aeternum originally formed as a perfectly normal G-class star on the far edge of [[Cosmoria]]. What planets it might have had are unknown, but it probably developed a civilization after the creation of the time bubble. Nothing particularly interesting happened to it as it lacked a native civilization of any kind until the Lareas Alliance decided to test its time warp technology on this star system.		Aeternum originally formed as a perfectly normal G-class star on the far edge of [[Cosmoria]]. What planets it might have had are unknown, but it probably developed a civilization after the creation of the time bubble. Nothing particularly interesting happened to it as it lacked a native civilization of any kind until the Lareas Alliance decided to test its time warp technology on this star system.
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	Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.		Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.
	[[Category:Minmus' Articles]]		[[Category:Minmus' Articles]]
			[[Category:Florathel]]
	[[Category:*Florathel - Celestial Bodies]]		[[Category:*Florathel - Celestial Bodies]]
	[[Category:Stars]]		[[Category:Stars]][[Category: Active Development]]

imported>Duodecillionaire at 03:20, January 30, 2024

2024-01-30T03:20:53Z

← Older revision		Revision as of 03:20, January 30, 2024
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	[[Category:Minmus' Articles]]		[[Category:Minmus' Articles]]
	[[Category:*Florathel - Celestial Bodies]]		[[Category:*Florathel - Celestial Bodies]]
	[[Category:Stars]]~~{{Cosmoria}}~~		[[Category:Stars]]

imported>The Minmus Derp at 05:59, November 11, 2023

2023-11-11T05:59:05Z

← Older revision		Revision as of 05:59, November 11, 2023
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	Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.		Other hypotheses include the existence of a large debris disk, which has been disproven by the relatively short timescales it would require to dissipate, as well as a system of planets, which has been disproven by the fact that the estimated age of Aeternum would require that any orbiting objects would emit enough gravitational waves enough to decay into the object.
	[[Category:Minmus' Articles]]		[[Category:Minmus' Articles]]
	[[Category:Florathel]]
	[[Category:*Florathel - Celestial Bodies]]		[[Category:*Florathel - Celestial Bodies]]
	[[Category:Stars]]{{Cosmoria}}		[[Category:Stars]]{{Cosmoria}}

imported>The Minmus Derp at 01:04, October 18, 2023

2023-10-18T01:04:59Z

← Older revision		Revision as of 01:04, October 18, 2023
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	{{CosmoriaNotice}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km		{{CosmoriaNotice}}{{!Star_Infobox\|title1=Aeternum\|image1=[[File:Aeterna star 2.png]]\|caption1=A long-range image of Aeternum, extremely brightened to allow actual vision\|major_planets=none\|planets=none\|age=at least 10<sup>1,500</sup> years\|physical_properties=*Radius: ~4,000 km
	*Mass: 0.5 solar masses\|galaxy=[[Florathel]]~~\|galactic_region=Inner Paleas Arm~~\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.		*Mass: 0.5 solar masses\|galaxy=\|galactic_region=[[Florathel]]\|administered_by=Unknown}}Aeternum is by far the oldest and most temporally anomalous object in the universe. Surrounded by a bubble of severely sped up time, it is approximately 10<sup>1,500</sup> years old, far older than the universe. Because of the time differential between Aeternum's sphere of influence and the rest of the universe, it is almost completely impossible for a spacecraft to enter it, because the first atom could orbit the object billions of times before the next even entered, resulting in any probes sent towards it to be shredded into fundamental particles.
	== History ==		== History ==
	Aeternum originally formed as a perfectly normal G-class star on the far edge of [[Cosmoria]]. What planets it might have had are unknown, but it probably developed a civilization after the creation of the time bubble. Nothing particularly interesting happened to it as it lacked a native civilization of any kind until the Lareas Alliance decided to test its time warp technology on this star system.		Aeternum originally formed as a perfectly normal G-class star on the far edge of [[Cosmoria]]. What planets it might have had are unknown, but it probably developed a civilization after the creation of the time bubble. Nothing particularly interesting happened to it as it lacked a native civilization of any kind until the Lareas Alliance decided to test its time warp technology on this star system.