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**Poowssnople** · 08-18-2012, 08:35 PM

Gravity neither pushes or pulls. Motion caused by gravity follows an inertial path. You need to push or pull something to get it out of an inertial path. yes partially correct.... well not really
however straight paths are not possible in a broth of swirling BXE cosmic bubble fields

so The Inertial Path for a planet is a conic section..... specifically a circle, around the source of toroidal BXE field spin .... toroidal centre of spin

In a nut shell..
Motion is cause by the central toroidal field spinning the poloidal field of the orbiting body and thereby pushing the planet around its orbit

Gravity is the resultant of the differential spin rate of the BXE field around the orbiting body.

08-18-2012, 08:35 PM	#7
Poowssnople Join Date Oct 2005 Posts 554 Senior Member	Gravity neither pushes or pulls. Motion caused by gravity follows an inertial path. You need to push or pull something to get it out of an inertial path. yes partially correct.... well not really however straight paths are not possible in a broth of swirling BXE cosmic bubble fields so The Inertial Path for a planet is a conic section..... specifically a circle, around the source of toroidal BXE field spin .... toroidal centre of spin In a nut shell.. Motion is cause by the central toroidal field spinning the poloidal field of the orbiting body and thereby pushing the planet around its orbit Gravity is the resultant of the differential spin rate of the BXE field around the orbiting body.
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