(from the below I dont want anyone to presume I discovered magnetic kinetic repulsion much less just found out about it. I have a massive collection of magnets and have experimented with them all my life).
copyright 3/29/2014 webmater kathodos.com
In the case of two magnets compressed together by physical force upon like on like polarities (N on N, or S on S), or more accurately as is the case clockwise on clockwise, or CCW on CCW, since polarity is an abstraction; it is noticed that if one magnet is released quickly, both magnets at utter objective rest, that the released magnet is propelled away at significant speed and distance. If even very close and not touching, and both at rest, this is still the case.
Is this diaelectric vortex compression? Modern cult of quantum has no definition for a field, since it is purely conceptual, much less the notion of a moving field in a stationary magnet. However is the repulsion, a magnetic repulsion or diaelectric vortex repulsion (DVR). As has been amply demonstrated, there is a yet unknown vortex force found emanating from either pole of an electrified magnet in CW and respective CCW.
(see video on that here: https://www.youtube.com/watch?v=fe-tRsRjxz0 )
Non-quantifiable instant kinetic energy generation on two resting objects not physically in contact is a perplexing conundrum, and is the quintessential instant action at a distance. How can concept reification, which is a fallacy and not be enjoined, be contrasted with the observable and reproducible results. Compression of what and by what? If vortex repulsion, also too of what and by what, certainly not the magnetic field itself. If Dollard is correct in stating “Therefore it is seen that the smaller the space (the more counterspace) the more Dielectricity that can be stored” then the case is that the secondary energy at the poles of magnets is indeed a diaelectric vortex, and the resultant kinetic energy is from diaelectric like on like (CW on CW, or CCW on CCW) compression.
If it is the case that a magnet is emitting magnetism (as all know) /has the attribute of field magnetics on the perpendicular in respect to the diaelectric on its poles, does it not then follow that a magnet is by definition a choate analogy of a substantial and objective “frozen” diaelectromagnetic object which exhibits electromotive forces?
copyright 3/29/2014 webmater kathodos.com
In the case of two magnets compressed together by physical force upon like on like polarities (N on N, or S on S), or more accurately as is the case clockwise on clockwise, or CCW on CCW, since polarity is an abstraction; it is noticed that if one magnet is released quickly, both magnets at utter objective rest, that the released magnet is propelled away at significant speed and distance. If even very close and not touching, and both at rest, this is still the case.
Is this diaelectric vortex compression? Modern cult of quantum has no definition for a field, since it is purely conceptual, much less the notion of a moving field in a stationary magnet. However is the repulsion, a magnetic repulsion or diaelectric vortex repulsion (DVR). As has been amply demonstrated, there is a yet unknown vortex force found emanating from either pole of an electrified magnet in CW and respective CCW.
(see video on that here: https://www.youtube.com/watch?v=fe-tRsRjxz0 )
Non-quantifiable instant kinetic energy generation on two resting objects not physically in contact is a perplexing conundrum, and is the quintessential instant action at a distance. How can concept reification, which is a fallacy and not be enjoined, be contrasted with the observable and reproducible results. Compression of what and by what? If vortex repulsion, also too of what and by what, certainly not the magnetic field itself. If Dollard is correct in stating “Therefore it is seen that the smaller the space (the more counterspace) the more Dielectricity that can be stored” then the case is that the secondary energy at the poles of magnets is indeed a diaelectric vortex, and the resultant kinetic energy is from diaelectric like on like (CW on CW, or CCW on CCW) compression.
If it is the case that a magnet is emitting magnetism (as all know) /has the attribute of field magnetics on the perpendicular in respect to the diaelectric on its poles, does it not then follow that a magnet is by definition a choate analogy of a substantial and objective “frozen” diaelectromagnetic object which exhibits electromotive forces?
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