- #1
Tom MS
- 27
- 4
Now I asked a question the other day about the gravitational binding energy of a torus, and someone responded that it cannot be gravitationally bound purely, but requires some opposing force.
Okay, fine. But, qualitatively, can a toroidal planet be gravitationally bound if it has another force holding its structure together from clumping into a ball? What do you think?
Okay, fine. But, qualitatively, can a toroidal planet be gravitationally bound if it has another force holding its structure together from clumping into a ball? What do you think?