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Arminius1871 — Hadubrand system overview
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Published: 2016-04-03 15:47:19 +0000 UTC; Views: 2800; Favourites: 25; Downloads: 53
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Description
An overview of the whole Hadubrand system, one of the german main systems, created completely by my mate , who gave me permission to upload the sketch. He will upload it too, so pls check out his site, too
Sorry that the planet preview in this info is at some point only a link, deviantart doesn´t allow too many thumbs I guess.
Pls download it for full view zooming!
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Info:
In this triple star system we have a yellow G star (like our sun) orbiting closely with a red M dwarf star. Both are still so far away, that both can have planets. These planets are mostly rather close to the stars and very hot, but further out we have habitable planets.
The third one is a orange K star. And then we have 3 planets that orbit all 3 stars very far away (the gas giant Skadi is ca. 20 AU away).
M Star Planets:
1. Eringsbach
2. Schirling
3. Dämmerung
G Star Planets:
1. Lohbrand
2. Fechner
3. Demm
Hadubrand-Demm G-star
4. Ran
Hadubrand-Ran G-star
5. Delling
Hadubrand-Delling G-star
K Star Planets:
1. Schwertel
Hadubrand-Schwertel K-star
2. Dressel
Hadubrand-Dressel K-star
3. Hildebrand
Hadubrand-Hildebrand K-star
4. Namslau
Hadubrand-Namslau K-star
5. Onur
Hadubrand-Onur K-Star
All 3 stars:
1. Skadi
Hadubrand-Skadi
1a. Gerlos (habitale moon around Skadi)
Hadubrand-Gerlos
2. Haching
Hadubrand-Haching
3. Nüring
Hadubrand-Nuering
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Comments: 9
This is a pretty complex star system you have there. 3 stars each having their own planetary systems and all spinning under a central point of gravity. I am more curios as to what the distance areas you say this Trojan gas giant Skadi is 20 Astronomical Units from centre or from the nearest sun? And that is also a wonder, only because with these suns and planets, the M star and G star in particular how tidal forces between these suns did not either destroy the planets or have them hurtling off into deep space like at distance Skadi and beyond. I also assume that some of these planets the ones closet to their respective stars are tidally locked (synchronous rotation) to their suns also.
Yes this may be your universe but it gets me thinking as well.
👍: 0 ⏩: 1
Ah to be honest, I saw a very similar system in the game Space Engine, maybe you know it,
it is for free? Usually they show orbits that are possible and realistic, but our project is also
science fiction, so even when sth is unlogical, we might add it because it´s just cool^^
Tho the orbits here could be theoretically possible. Most of the planets are very close to the star
and rather hot, and the gas giant orbiting 20 AU away with the habitable moon heats this moon
up, or it would be cold, too.
Sure thing I like all criticism!
👍: 0 ⏩: 1
I would recommend the book 'The Three-Body Problem' by Liu Cixin.
It's a sci-fi novel but it deals with this gravitational problem.
It's also a great book.
👍: 0 ⏩: 1
It looks cool but I can't zoom it in so I can't understand what's happenning there
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That is because of deviantart. The only way is, you download it (there is a download field on the right side of the picture) and then u can see it all.
👍: 0 ⏩: 0
