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Most of the matter in our solar system lies roughly in a plane. I always wondered why. I imagine that there is a well understood reason for this, but I never came across it. I came up with this:
Assume we have a large star nearing nova. It spins rapidly, and has a large magnetic field. When it explodes, virtually all the matter it throws off is decomposed into charged particles. Though the matter is originally cast off in a nearly isotropic manner, as it interacts with the magnetic field, it is focussed into a planar disc around the remaining star. This disc becomes the solar system.
The problem I'm having is that the magnetic field of a star doesn't quite seem to me to be the right shape to do this.
My other thought (which just came to me now) was that charged matter that was cast off in the solar plane could be deflected by the magnetic field so that it would take up an eliptical orbit. Matter that was significantly out of the plane would either reach escape velocity, or return to the star.
Anybody know this?
Njorl
Assume we have a large star nearing nova. It spins rapidly, and has a large magnetic field. When it explodes, virtually all the matter it throws off is decomposed into charged particles. Though the matter is originally cast off in a nearly isotropic manner, as it interacts with the magnetic field, it is focussed into a planar disc around the remaining star. This disc becomes the solar system.
The problem I'm having is that the magnetic field of a star doesn't quite seem to me to be the right shape to do this.
My other thought (which just came to me now) was that charged matter that was cast off in the solar plane could be deflected by the magnetic field so that it would take up an eliptical orbit. Matter that was significantly out of the plane would either reach escape velocity, or return to the star.
Anybody know this?
Njorl