Ethan Siegel and Xiaoying Xu of the University of Arizona analyzed the distribution of dark matter in our Solar System, and found that the mass of dark matter is 300 times more than that of the galactic halo average, and the density is 16,000 times higher than that of the background dark matter.
You know what, they are right, except for one thing. That isn't dark matter they are calculating, it is charge. There is always going to be more charge in the vicinity of baryonic matter, as we have known for 200 years. Benjamin Franklin put the charge signs on matter, and we still do. We have always defined charge as a relationship of matter, so of course it is going to exist with more density around matter. I have shown why this is: matter recycles charge. Spinning protons, neutrons, and electrons recycle charge photons, and the spins and photons are real. Everything involved has mass, spin, and radius. Nothing is virtual. Nothing comes out of the vacuum or returns into it.
But they pretend not to be able to figure this out. In the new articles, they tell us that there seems to be a mysterious link between dark matter and baryonic matter, since there is more dark matter in the vicinity of baryonic matter. They ask, “How do dark matter and baryonic matter interact?”
According to consensus among cosmologists, dark matter is believed to be composed primarily of a new, not yet characterized, type of subatomic particle. The search for this particle, by a variety of means, is one of the major efforts in particle physics today.
You have to be kidding me. How about the subatomic particle we call the photon? Like dark matter, it doesn't react with E/M fields, and it creates a field that is “transparent.” It is so transparent, we have forgotten all about it, apparently. It has become transparent to our physics.
All this was caused by refusing to assign charge to a real field. Currently, it is mediated by a messenger photon, which is virtual. Imaginary. Therefore, charge currently has no real presence in the field. Which is why, when we come across new evidence indicating the presence of a powerful field of
particles, we forget about charge. “Charge is nothing, just imaginary field potentials, so we need a new field to explain new data!” Perverse.
To see mainstream physicists continue to assign all new things to dark matter is perverse, considering that they already have a field that contains it and explains it, without mystery. Why would they do that? Well, in addition to the ascendance and takeover of science fiction, we have the longstanding fact that physicists do not want to rewrite their field equations again. They had enough trouble adding Relativity to them, and they don't want to add charge, too. It would require too much work (they think). They think they have proof of the gravity-only field (since their equations work pretty well),
and this allows them to keep the field they inherited from Laplace centuries ago. Besides, they just spent decades belittling all the “cranks” who wanted to add charge or E/M to the field. The Velikovsky affair is still warm in some places, and to admit Velikovsky was even partially right about anything is
too painful for them. So it is easier to hide and misdirect than to look directly at the evidence in front of them.
However, I have done the work for them, and it turns out they can keep a lot of their old prize equations. The revolution will turn out to be a lot less messy than they have thought. It is far simpler than anyone imagined, because their old fields already contained charge. They just didn't know it. The charge field is already inside Newton's gravity field, in the constant G. And since General Relativity was just the addition of transforms to Newton, Einstein's equations already contain charge as well. And charge is already inside the Lagrangian, too, as I have shown.
That's right. The unified field was hiding in plain sight, too. It has been hiding inside G for centuries. Because it was already in the Newtonian field equations, we don't have to rewrite anything. We just have to re-expand and re-interpret what we already had.