Ira Dei
Evathalin is located in the most extraordinary Quasar ever discovered, which Humans call “Ira Dei”. At its core resides the largest supermassive black hole ever discovered, with a mass that surpasses 1 trillion times that of our Sun. This colossal black hole intensely consumes vast amounts of gas and dust, resulting in an unparalleled energy output. The quasar itself emits an intensity of light that surpasses anything previously observed, dominating the electromagnetic spectrum. Its emission region extends over immense distances, spanning light-years, creating a celestial spectacle of epic proportions. The Quasar is visible from The Surface of Evathalin. How is This Possible? Wait and See.
The Science
Ira Dei
A preview into Ira Dei
- Kerr Black Hole Type
- Mass: 1 Trillion Msun
- Event Horizon Radius (Kerr): 10,000 AU (930,000,000,000 miles)
The HydraDeep 2099 Survey
In the year 2099 astronomers launched a ground-breaking initiative called HydraDeep —a multi-wavelength campaign aiming to map and analyze the entire Ira Dei region. By deploying state-of-the-art telescopes and scanners, HydraDeep explored the countless stars and exoplanets in the Ira Dei system. The following is The Report:
HYDRADEEP 2099: SURVEYING THE IRA DEI GALAXY/QUASAR REGION
Name: HydraDeep
Objective: A deep-field, multi-frequency survey targeting the Ira Dei galaxy/quasar environment.
Year: 2099 (Primary data release / major discovery phase).
Scope: Full coverage of the Ira Dei region, extending to nearby star clusters and interstellar gas formations within that galactic/quasar domain.
BINARY STAR SYSTEM DISCOVERY OF INTEREST
Binary Star System located at approximate celestial coordinates:
Right Ascension: 15h 30m 27.12s
Declination: +24° 30′ 00.2
Official Record: HydraDeep 2099 J153027.12+243000.2
This binary comprises two main-sequence stars:
Component A – F-type star
Catalog Name: HydraDeep 2099 J153027.12+243000.2 A
No confirmed planets as of the 2099 survey.
Component B – K-type star
Catalog Name: HydraDeep 2099 J153027.12+243000.2 B
Nine confirmed exoplanets.
EXOPLANETS ORBITING HYDRADEEP 2099 J153027.12+243000.2 B “Teleios”:
HydraDeep 2099 J153027.12+243000.2 B b
HydraDeep 2099 J153027.12+243000.2 B c
HydraDeep 2099 J153027.12+243000.2 B d
HydraDeep 2099 J153027.12+243000.2 B e
HydraDeep 2099 J153027.12+243000.2 B f
HydraDeep 2099 J153027.12+243000.2 B g
HydraDeep 2099 J153027.12+243000.2 B h
HydraDeep 2099 J153027.12+243000.2 B i
HydraDeep 2099 J153027.12+243000.2 B j
The Stars
The Binary Star System
The Science
Evathalin exists within a binary star system comprising Eres, an F-type main-sequence star, and Teleios, a K-type main-sequence star. F-type main-sequence stars have a surface temperature ranging from 6,000 to 7,500 K. Its high luminosity and significant ultraviolet radiation make it a dominant source of energy within the system. In contrast, cooler and steadier K-type main-sequence stars have surface temperatures between 3,900 to 5,300 K.
This binary system profoundly impacts Evathalin’s environment. The varying energy output from the two stars creates unique patterns of light and heat, resulting in alternating phases of illumination and shadow. These conditions influence the planet’s climate, creating dynamic weather patterns and diverse habitable zones. The visual phenomena produced by the binary system, such as dual sunrises, contrasting colors in the sky, and light on all sides of Evathalin add further complexity to Evathalin dynamics.
Eres
A preview into Eres
- F-Type Main Sequence star
- Mass: 1.3 Msun
- Radius: ~904,000 km
- Density: 0.83g/cm3
- Rotational Period: 10 days
- Celestial Bodies: 3
- Lum: 2.5
- 7000 K
- Peak Wavelength: 414 nm
- Eccentricity: 0
- Inclination: 1
Teleios
A preview into Teleios
- K-Type Main Sequence star
- Mass: ∼0.90 Msun
- Radius: ∼612,000 km
- Density: ∼1.8 g/cm3
- Rotational Period: 50 days
- Celestial Bodies: 9
- Lum: 0.57
- Temp: 5,220 K
- Peak Wavelength: 555 nm
- Eccentricity: 0.3
- Inclination: 7
The 3 Planets of Eres
The Following Images of The Planets that orbits Eres
The 9 Planets of Teleios
The Following Images of The Planets that orbits Teleios
Life Among The Stars
Extraordinarily, The Star System of Eres and Teleios have Life on multiple celestial bodies, not just Evathalin. Here are some of the major species:
Evathalin
The
The Science
The Complete Structure, including Atmosphere, Surface and Interior Layers are to be revealed soon GOD willing, but here is a preview into Evathalin:
- Prograde Rotation: 10 hours
- Surface Gravity: 0.7
- Eccentricity: 0
- Inclination: 3
© 2025 Myrias. All Rights Reserved.