Novus Natum Galaxy: Difference between revisions
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AAS09282022-1 is one of the furthest known objects to mankind. It is a collisional ring galaxy that was formed in the early stages of the universe. It was discovered by the Mount Nebula National Observatory Team using the Extremely Distant Discovery Infrared Exploration System (EDDIES) developed by [[The Vanna]]'s National Astronomical Sciences and Observation Department. The object was discovered on accident during a test of the EDDIES. The EDDIES won't be fully operational until September, 2023. Currently little is known about the object. In December 2022, NASOD proposed renaming AAS09282022-1 to the Newborn Galaxy or Novus Natum Galaxy to the | AAS09282022-1 is one of the furthest known objects to mankind. It is a collisional ring galaxy that was formed in the early stages of the universe. It was discovered by the Mount Nebula National Observatory Team using the Extremely Distant Discovery Infrared Exploration System (EDDIES) developed by [[The Vanna]]'s National Astronomical Sciences and Observation Department. The object was discovered on accident during a test of the EDDIES. The EDDIES won't be fully operational until September, 2023. Currently little is known about the object. In December 2022, NASOD proposed renaming AAS09282022-1 to the Newborn Galaxy or Novus Natum Galaxy to the International Astronomical Commission's Naming Board. | ||
{{Template:Tendor system table}} | {{Template:Tendor system table}} | ||
Revision as of 00:24, 30 December 2022
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| AAS09282022-1 | |
|---|---|
 AAS09282022-1 collated photograph by the Extremely Distant Discovery Infrared Exploration System (EDDIES) | |
| Observation data (Epoch A2000) | |
| Constellation | TBA |
| Characteristics | |
| Type | collisional ring galaxy |
| Notable features | TBA |
| Other designations | |
| Newborn Galaxy (not official), Novus Natum Galaxy (not official) | |
AAS09282022-1 is one of the furthest known objects to mankind. It is a collisional ring galaxy that was formed in the early stages of the universe. It was discovered by the Mount Nebula National Observatory Team using the Extremely Distant Discovery Infrared Exploration System (EDDIES) developed by The Vanna's National Astronomical Sciences and Observation Department. The object was discovered on accident during a test of the EDDIES. The EDDIES won't be fully operational until September, 2023. Currently little is known about the object. In December 2022, NASOD proposed renaming AAS09282022-1 to the Newborn Galaxy or Novus Natum Galaxy to the International Astronomical Commission's Naming Board.
