Eodgold AA-A h8 (Eodgold Anomaly) [#68911327]

Coordinates

This system is located at: -15314.53125 / 537.0625 / 10915.0625

Galactic coordinates: R: 18,813.875 / l: 54.522 / b: 1.636
Equatorial coordinates: Right ascension: 19h 26m 15.432s / Declination: 19° 53'55.651''


Habitable zone:
Metal-rich body (2 to 18 ls), Earth-like world (282 to 423 ls), Water world (231 to 896 ls), Ammonia world (586 to 1,594 ls), Terraformable (220 to 439 ls)

Estimated value: 960,679 cr

Traffic report

This system was visited for the first time on EDSM by wickednoreaster.

It was named by the Galactic Mapping Project with the name of: Eodgold Anomaly

51 ships passed through Eodgold AA-A h8 space, including 1 ship in the last 7 days.

0 ship passed through Eodgold AA-A h8 space in the last 24 hours.

This unusual system is located on the boundary between the Temple and Orion-Cygnus region. A highly massive Herbig Ae/Be is in binary orbit with a massive but cold Wolf-Rayet. Each has a collection of odd bodies: The Herbig has no less than 9 T-Tauri protostars, and the Wolf-Rayet has 16 rocky-class bodies, three gas giants and 7 T-Tauri stars.

Stellar analysis shows this system is only 2 million years old, indicating some fascinating destructive event. Given the large total mass of all the bodies in this system, a proposed solution is a supernova in a system with several other close stellar objects. If this theory holds, the disruption caused the other stars to be torn apart, collapsing back into the numerous protostars. The distant Wolf-Rayet object was less affected but able to "grab" expelled mass, forming the collection of small rocky bodies seen around it today.

This theory is completely broken by the presence of life-bearing worlds: Four terrestrial water worlds and one ammonia-life world are found here, and life does not form in 2 million short years. Also unexplained are the unusually large masses on the rocky worlds, such as the 36 earth-mass ammonia world; and the strangely small gas giants, such as the tiny Water Giant of only 30.3 solar masses and nearly the same radius as the ammonia world.

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