<p>The path of the sun would be very similar.</p>
<p>The positions of the stars are almost exactly the same. They are so far away that moving to Jupiter won't change their apparent position in any way that you could see (though it could be measured with a telescope)</p>
<p>All the planets move roughly in the same plane, called the ecliptic. This means that the path of the sun, as seen from any of the planets is also close to the ecliptic, and so the sun would move through the same parts of the sky.</p>
<p>From the perspective of Jupiter, for example, the Sun would travel through the same 13 constellations, but it would also just cross into the corner of Cetus for a few days, the next time being in 2028 (I'm using the IAU constellation boundaries).  It would also move across the constellations much more slowly, taking 12 earth-years to complete a full lap (you can confirm this using Stellarium)</p>
<p>From the perspective of Mars, the motion of the sun would be along the same line, but it would move a lot faster when Mars is closer to the sun, due to Mars's elliptical orbit.</p>
<p>From Pluto, which doesn't orbit close to the plane of the ecliptic, the sun's path would be different and for (say) Halley's comet it would be completely different</p>

CC BY-SA 4.0
2023-06-18T07:28:25.773Z
Thank you. Would this have anything to do with *pluto's extreme tilt or are they completely unrelated?
Atlas
CC BY-SA 4.0
2023-06-18T07:41:20.063Z
It has *everything* to do with Pluto's extreme tilt.
James K
CC BY-SA 4.0
2023-06-19T07:44:42.713Z
With "extreme tilt" do you mean it's Axial tilt (angle of its rotation on its axis) or its Inclination (path of orbit around the Sun).

It has everything to do with the second of these!
Ben Hillier
CC BY-SA 4.0
2023-06-19T11:09:02.027Z
@Atlas it is completely unrelated to Pluto's axial tilt.  It is entirely caused by Pluto's orbital inclination.
phoog
CC BY-SA 4.0
2023-06-19T15:22:59.693Z
It's nice they demoted Pluto, so you didn't have to say "All the planets except Pluto...".
Barmar
CC BY-SA 4.0
2023-06-18T07:07:07.913Z
2023-06-18T07:07:07.913Z
James K
<p>If humans ever moved to another planet in this solar-system, what constellations would the sun meet from that perspective? What constellations would the sun look like it is meeting from the perspective of Jupiter, for example?</p>

<amateur-observing><celestial-mechanics><constellations><ecliptic><alignment>
Do all the planets travel along the same constellations?
Atlas
# Do all the planets travel along the same constellations?

(Asked by: username_0 on 2023-06-18)

If humans ever moved to another planet in this solar-system, what constellations would the sun meet from that perspective? What constellations would the sun look like it is meeting from the perspective of Jupiter, for example?

**Tags:** amateur-observing, celestial-mechanics, constellations, ecliptic, alignment


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## 1 answers

### Answer by username_1 on 2023-06-18. Score: 10

The path of the sun would be very similar.

The positions of the stars are almost exactly the same. They are so far away that moving to Jupiter won't change their apparent position in any way that you could see (though it could be measured with a telescope)

All the planets move roughly in the same plane, called the ecliptic. This means that the path of the sun, as seen from any of the planets is also close to the ecliptic, and so the sun would move through the same parts of the sky.

From the perspective of Jupiter, for example, the Sun would travel through the same 13 constellations, but it would also just cross into the corner of Cetus for a few days, the next time being in 2028 (I'm using the IAU constellation boundaries). It would also move across the constellations much more slowly, taking 12 earth-years to complete a full lap (you can confirm this using Stellarium)

From the perspective of Mars, the motion of the sun would be along the same line, but it would move a lot faster when Mars is closer to the sun, due to Mars's elliptical orbit.

From Pluto, which doesn't orbit close to the plane of the ecliptic, the sun's path would be different and for (say) Halley's comet it would be completely different

> **Comments:**
> **username_0**: Thank you. Would this have anything to do with *pluto's extreme tilt or are they completely unrelated?  
> **username_1**: It has *everything* to do with Pluto's extreme tilt.  
> **username_2**: With "extreme tilt" do you mean it's Axial tilt (angle of its rotation on its axis) or its Inclination (path of orbit around the Sun).  It has everything to do with the second of these!  
> **username_3**: @username_0 it is completely unrelated to Pluto's axial tilt.  It is entirely caused by Pluto's orbital inclination.  
> **username_4**: It's nice they demoted Pluto, so you didn't have to say "All the planets except Pluto...".  

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