King of the Americas
Banned
- Joined
- Nov 15, 2001
- Messages
- 6,513
That's not really true. This isn't a two-body problem. In a many-body problem, energy isn't a conserved quantity for any single body. That's how gravitational slingshots work: your space probe gains kinetic energy which it extracts from a planet that it passes by. Similar dynamics are in play here: the stuff which escapes the sun trades kinetic energy with the stuff that gets swallowed.
Yes, I get that, but the energy transfer is determined by angle of impact, and how far off-center from the bodies the collisions occur. A dead on, 90 degree impact of both centers would result in complete consumption of escape velocity energy. The two would become one. On the other end of the scale, the impact is one light, with most of the material keeping its velocity while remaining in orbit.
What we are seeing, right now, if it was a planetary consumption should be a brightening as the debris continues to fall, or solidify into a another formed mass or a flat disk-like ring.
The steady dimming indicates something other than planetary consumption...