3 ms·
If the aphelion (furthest point of its orbit) is significantly farther out than the Oort Cloud, then it fundamentally can’t be from anywhere inside our solar sy
by stouset 7y ago
If the aphelion (furthest point of its orbit) is significantly farther out than the Oort Cloud, then it fundamentally can’t be from anywhere inside our solar system per orbital mechanics. And in this case, its “orbit” is hyperbolic. Meaning it’s going faster than the escape velocity, so will never return.
It’s also a dead giveaway if the eccentricity or direction of its orbit are significantly different than those of the rest of the solar system
Edit: For objects as far out as the Oort Cloud, a few relatively small changes in velocity can actually result in hyperbolic orbits. The real distinction is a big difference in velocity.
- sandworm101 7y agoUnless it interacted with other bodies in the ort cloud. If we consider three-body interactions, slingshots, most any trajectory/orbit might be possible.
- trentlott 7y agoIt depends on interobject density and single object mass, I'd reckon. Having it redirect the orbit at velocity might be astronomically (!) low Also, I don't know it's trajectory relative to the solar plane; it might be ruled out by that alone