[PENDING TO BE INCLUDED IN THE REVITALIZED]
Other Name(s): [Arvias]
Pronunciation: [are - venn - thor]
Demonym: [Arvian, Antarian]
Class:
Supermassive Black Hole
Physical Statistics:
Schwarzschild Radius: [2.37 rS]
Solar Mass: [557967 mS]
Temperature: [9615k]
Density: [18419 g/cm^3]
Gravity: [36999.658 km/s^2]
Luminosity: [24.2 LS]
Rotational Period: [0.00256 s]
Obliquity: [25.7]
Age: [-- sby]
Volume: [13.3 vS]
A celestial object so mysterious and powerful, bending space and time. It is the companion of Tempris, and together, they both anchor the Antarius System.
Overview:
Lying deep within the Traiathad Nebula, Arventhor is a supermassive blackhole larger than Sol. Tempris, another blackhole of similar size, orbits Arventhor in a tight binary pair. Arventhor's position in the Traiathad Nebula lies in the region that is known as the "Empyrean Highlands". The Traiathad Nebula itself lies on one of eight arms of the Astraeus Galaxy, known as the Altarran Expanse or the Altarran Arm. The Traiathad Nebula is divided into seven regions: Tarrig, Empyrean Highlands, Empyrean Lowlands, Sanctum, Zoliath, Wildar, and Altarran's Outer Reach. Arventhor has a relatively hot accretion disc, with the temperature being roughly 10,000K, and a luminosity of roughly 25 suns. Arventhor, like many other blackholes, is largely null and remains a mysterious cosmic phenomenon. However, the views it offers are delightful and are worth seeing, though beware of the time, as spending a single second close to Arventhor (and Tempris) may be equivalent to weeks or maybe even months elsewhere.
Celestial Bodies:
Joraffan
Dommaraeas
Kallabus
Andrios
Siroth
Arkkanna
Tarsaeas
Ikkarris
Katharaeas
Lestroth
Orrias
Durranaeas
Total Amount of Celestial Bodies:
| Major: [12] | Minor: 6500+] |
Credits:
- MatTheAerospacer - Inspired by the glowing ring on his blackhole, Nil.
GENERAL INFO
- Created On: Windows
- Game Version: 1.3.204.1
CHARACTERISTICS
- Radius: 1,650.2 Mm
- Sea Level: None
- Surface Gravity: 274.0 m/s
- Rotational Period: N/A
- Escape Velocity: 950.95 km/s
- Mass: 1.12E+31kg
Atmosphere
- Height: 2 m
- Scale Height: 0 m
- Surface Air Density: 1.0 g/m3
- Surface Temperature: 9,615 K
EQUIRECTANGULAR MAP

9 Comments
- Log in to leave a comment
-
-
-
-
17.8k Tallisar
I used a Remap Curve, @Cyberstar3964. In a way, I made them similar to auroras.
-
3,352 Cyberstar3964
So how exactly did you get that lighted area where the acceleration disc meets the black hole?
-
-
-
15 Upvotes
Log in in to upvote this post.
Damn son, i thought blackholes in Jno where impossible,