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As soon as the Mosfet switches OFF, the inductor will do all it can to preserve the flow of current that was already established through itself, and consequently, the rest of the circuit....But still, none of these conditions produces, nor necessitates, any reverse current flowing through the Mosfet (in the body diode).Altair
The last question was 'what would happen if one of those strings broke?' I'm not too concerned as to the cause. It could be due to the unfortunate juxtaposition of two like charges in a chance coincident positioning of two or more zipons. Or, as I've described it in my field model, perhaps God Himself simply snipped one of those threads. In any event - once out of the smooth structure of the field I imagine that the truants would lose velocity and gain mass in an inverse proportion. In other words they would 'slow down' to the speed of light and light, itself, would find the zipon. That change in its manifest nature is likened to, and indeed proposed as - the source of all nebulae in space. Just a lot of zipons that have tumbled out of nowhere to structure into huge piles of manifest zipons.
But, in its state out of the field I've referred to the zipon as a truant. It is still a magnetic dipole but it no longer has the cohesive and coherent condition that it expressed in the field. Just a mass of manifest truants that have tumbled together from the force of a broken string of zipons. Like a pile of sugar - or clouds from a nuclear explosion - or falling leaves from a tree in autumn - or iron filings from a lathe.
However for symmetry - while some truants may have slowed down, equally therefore some truants may have speeded up. Those that have increased their velocity would do it at the expense of their mass in direct opposition to the those that increased their mass at the expense of their velocity. The smaller truant is referred to as the antitruant. And because of the boundary constraint, the zipons in the field can find neither truant. The one is too big and the other is too small. In effect, both truants remain invisible to the field. The field simply closes ranks to compensate for that broken string and they continue their march, ever forward, entirely oblivious to the break in that string and to the loss of the string, to the field.
I want to refer to the next points in a single paragraph - with apologies to purists who would require a fuller description. Again, it is fully described in the field model itself. This is merely a synopsis relating to the conclusions of the model rather than to an account of the logic that precedes the conclusion.
Virtual particles are those particles that lose their mass - regain their velocity and slip back into a string in that background universal structure. Stable particles are those truants that 'link' with their antitruant across the field, the 'ground zero' so to speak or the great divide. The point being that in this movement towards each other brings their mass/velocity back into co-incidence with the field which means that they are no longer invisible to the field. They would then be moved - by the force of the field at that point that they interacted with each other. Therefore, the antitruant is also a quark - here defined as that truant that anchors a composite out of the field. And composite truants can only be stable if they comprise 2, 3 or 9 truants. All other composites between 4 to 8 would variously subdivide into 1, 2 or three composites. The model also determines that 2 composites comprise the photon, 3 the electron and 9 the proton. But I'll return to this point at a much later stage - when and if anyone wants a fuller explanation of the field model. Otherwise a fuller description is largely irrelevant. I think I've covered the more salient features as needed to answer Altair's question.
As soon as the Mosfet switches OFF, the inductor will do all it can to preserve the flow of current that was already established through itself, and consequently, the rest of the circuit....But still, none of these conditions produces, nor necessitates, any reverse current flowing through the Mosfet (in the body diode).Altair
The last question was 'what would happen if one of those strings broke?' I'm not too concerned as to the cause. It could be due to the unfortunate juxtaposition of two like charges in a chance coincident positioning of two or more zipons. Or, as I've described it in my field model, perhaps God Himself simply snipped one of those threads. In any event - once out of the smooth structure of the field I imagine that the truants would lose velocity and gain mass in an inverse proportion. In other words they would 'slow down' to the speed of light and light, itself, would find the zipon. That change in its manifest nature is likened to, and indeed proposed as - the source of all nebulae in space. Just a lot of zipons that have tumbled out of nowhere to structure into huge piles of manifest zipons.
But, in its state out of the field I've referred to the zipon as a truant. It is still a magnetic dipole but it no longer has the cohesive and coherent condition that it expressed in the field. Just a mass of manifest truants that have tumbled together from the force of a broken string of zipons. Like a pile of sugar - or clouds from a nuclear explosion - or falling leaves from a tree in autumn - or iron filings from a lathe.
However for symmetry - while some truants may have slowed down, equally therefore some truants may have speeded up. Those that have increased their velocity would do it at the expense of their mass in direct opposition to the those that increased their mass at the expense of their velocity. The smaller truant is referred to as the antitruant. And because of the boundary constraint, the zipons in the field can find neither truant. The one is too big and the other is too small. In effect, both truants remain invisible to the field. The field simply closes ranks to compensate for that broken string and they continue their march, ever forward, entirely oblivious to the break in that string and to the loss of the string, to the field.
I want to refer to the next points in a single paragraph - with apologies to purists who would require a fuller description. Again, it is fully described in the field model itself. This is merely a synopsis relating to the conclusions of the model rather than to an account of the logic that precedes the conclusion.
Virtual particles are those particles that lose their mass - regain their velocity and slip back into a string in that background universal structure. Stable particles are those truants that 'link' with their antitruant across the field, the 'ground zero' so to speak or the great divide. The point being that in this movement towards each other brings their mass/velocity back into co-incidence with the field which means that they are no longer invisible to the field. They would then be moved - by the force of the field at that point that they interacted with each other. Therefore, the antitruant is also a quark - here defined as that truant that anchors a composite out of the field. And composite truants can only be stable if they comprise 2, 3 or 9 truants. All other composites between 4 to 8 would variously subdivide into 1, 2 or three composites. The model also determines that 2 composites comprise the photon, 3 the electron and 9 the proton. But I'll return to this point at a much later stage - when and if anyone wants a fuller explanation of the field model. Otherwise a fuller description is largely irrelevant. I think I've covered the more salient features as needed to answer Altair's question.
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