These are the two main sources of comets visible from Earth:The Kuiper Belt is a disk-shaped ring located just beyond the orbit of Neptune. You can tell a comet like Halley comes from there because its orbital angle is flat (meaning it stays mostly aligned with the plane of the planets) and its orbital period of 76 years.The Oort Cloud is a vast, spherical shell of icy debris that surrounds our entire solar system. You can tell a comet like Hale-Bopp originates from there because of its steep, highly tilted orbital angle and the extremely long duration of its orbit of 2533 years.
Hale-Bopp orbit
Hale–Bopp orbit - equatorial view
Halley's comet orbit 1986-2061
ok what's your point
>>16924793Why do they "orbit" the Sun but never fall into it?
>>16925585you could have asked chatgpt and would have gotten the answer. but you decide to ask children on a chinese image board for girls? why lol
>>16925577its cool
>>16924792my dream is to find a nice asteroid in the kuiper belt and settle down with a robowife and a few other like minded individuals if you catch my drift.How long do you think we'd have before darkies would attempt to immigrate to our civilsation?
>>16925764>few other like minded individuals if you catch my driftI don't.Are they all robosexuals like you?Are they all men and ypu will all sgare the same robot girl wife? Will you also share your fleshlights?You don't have to be ashamed of your kinks and move to where the sun don't shine (kuiper belt), i think the next big social movement after lgtv will be gooner rights and acceptance
>>16925764Similar dream to yours, but given the distances to the outer solar system, your idea basically requires you to be immortal. We're talking decades to centuries just to get there - you can't use the flyby probes as a stand-in, they're going way too fast to have enough delta-v to slow down enough for a capture. Only viable option without "magical tech" levels of delta-v AND acceleration on your craft is a slow chain of low energy transfers to Neptune, then to your destination, which may take longer than a human lifespan.Assuming the human lifespan problem is solved, I'd still go with a main belt asteroid myself. Kuiper Belt and Oort Cloud objects aren't very strongly bound to Sol, gravitationally, so over long timescales they're likely to get perturbed by stellar encounters.Gliese 710 is going to come as close as about 10,000AU to Sol in about 1.3 million years, which will wreak havoc on the Oort Cloud and probably cause a large increase in impactors throughout the solar system. And that's not even considering that it may itself have a cloud of gravitationally captured bodies around it that will wreak havoc on the solar system. It's 60% the mass of Sol, which is actually quite large for a star.
>>16925585Orbit can be stable even for small objects. Also the Oort Cloud is hypothetical and has never been observed.
>>16925774>where the sun don't shine (kuiper belt)Akshually, the sun can still provide an appreciable amount of illumination in the kuiper belt (maybe 60 lux on Pluto and down to 30 lux on the outer edges of the belt, though obviously it's going to be pretty fucking dark when it's not noon)
>>16926133Kek you'll get less light than on earth during a lunar eclipse.
