On Sunday, May 11, 2014 3:47:45 AM UTC+1, Liz R wrote: > > On 11 May 2014 07:07, John Ross <[email protected] > <javascript:>>wrote: > >> Tronnies are point particles. They have no mass. The tronnie’s only >> property is its charge of plus or minus e. Its charge of e means that it >> is continually producing Coulomb force waves that travel at the speed of >> light. It repels itself with its own Coulomb force waves. Thus, its >> minimum speed is c. However it always (or at least almost always) Is >> traveling in a circle with at least one other tronnie at c(pi)/2. Although >> the tronnie has no mass, when it is traveling in a circle with another >> tronnie, the two tronnies are each repelling themselves and attracting each >> other. This means the two tronnies together can resist an outside force. >> This is the definition of mass. >> >> >> >> I show in my book that if you integrate the Coulomb forces acting in the >> entron around the circumference of the entron’s circle the integrated force >> turns out to be in units or joules (rather than newtons) which we can >> convert to mass. This is also why the electron has mass even though it is >> comprised of three tronnies each of which separately has no mass. Our >> Universe has a lot of mass even though it is made entirely of nothing but >> tronnies and things made from tronnies. >> >> >> >> If you think all of this sounds strange, let me see you explain >> singularities. My model does not require singularities or a lot of the >> other strange things required by the Standard Model. >> >> >> Are singularities required by the SM? I thought they arose from GR? > It's both...because the singularity only occurs when there's a runaway effect in which for each next delta collapse atomic and particulate forces are less than the gravity, giving rise to the next delta collapse. Which may be stating the obvious...but it is an extreme...those SM forces hold up against enormous gravity most of the tim, e. Or at least, we don't know if a further point of resistance exists or not. There's nothing in the SM. But then again, nor was dark matter, energy and a lot of other things until they were observed.
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