<p>Everything I've read indicates that the orientation of a star system with respect to the galactic plane is pretty much random. It depends on the local angular momentum of the gas cloud from which the star system formed, and that local angular momentum is more or less uncorrelated with the angular momentum of the galaxy as a whole. A black hole is not needed.</p>
<p>I'll add references later, perhaps this weekend. I'll delete this answer if someone beats me to the punch with a well-referenced answer that says the same.</p>

CC BY-SA 4.0
2023-01-20T14:30:18.780Z
2023-01-20T14:30:18.780Z
David Hammen
<p>I am trying to understand the influence of black holes and the tilts of solar systems on their axial plane In relation to the plane of their host galaxies.</p>

CC BY-SA 4.0
2023-01-20T13:54:47.800Z
Albeit concentrated but still, isn’t a black hole a gravitational anomaly? I understand if in close proximity to the event horizon  poses a risk of destruction  and consumption completely. At a certain distance and position it seems to me that it could have some influence if not physically possibly our perception of a tilt may be plausible. Gravitational forces do seem to cause  some visual distortions.  Just postulating ideas.
Ashtaras
<black-hole><solar-system><axial-tilt>
Would the influence of a black hole nearby cause a tilt of 63° of our solar system in relation to our galaxy?
Ashtaras
# Would the influence of a black hole nearby cause a tilt of 63° of our solar system in relation to our galaxy?

(Asked by: username_0 on 2023-01-20)

I am trying to understand the influence of black holes and the tilts of solar systems on their axial plane In relation to the plane of their host galaxies.

**Tags:** black-hole, solar-system, axial-tilt
> **Comments:**
> **username_0**: Albeit concentrated but still, isn’t a black hole a gravitational anomaly? I understand if in close proximity to the event horizon  poses a risk of destruction  and consumption completely. At a certain distance and position it seems to me that it could have some influence if not physically possibly our perception of a tilt may be plausible. Gravitational forces do seem to cause  some visual distortions.  Just postulating ideas.  

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## 1 answers

### Answer by username_1 on 2023-01-20. Score: 2

Everything I've read indicates that the orientation of a star system with respect to the galactic plane is pretty much random. It depends on the local angular momentum of the gas cloud from which the star system formed, and that local angular momentum is more or less uncorrelated with the angular momentum of the galaxy as a whole. A black hole is not needed.

I'll add references later, perhaps this weekend. I'll delete this answer if someone beats me to the punch with a well-referenced answer that says the same.


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