Specifically, and relevant to the Higgs bosons, the Chen Anomaly, and the gates, was her solution to the quantum Yang-Mills theory. Before the Chen Anomaly and the Dreen had come, the laws of quantum physics had been to the world of elementary particles what Newton’s laws of classical mechanics had been to the macroscopic world for centuries: quantum physics had become the base theory from which to start in forming any new concept as Newton’s laws had been a century before. Where Newton’s laws described how things in the macroscopic world moved and reacted in general around mundane gravitational fields any odd things such as black holes required Einstein’s General Relativity. Similarly, quantum mechanics described particle physics fairly well, until the Chen Anomaly.
In the mid 1950s Yang and Mills developed a method to describe the interactions of elementary particles using an approach that implements various structures also found in geometry, and they showed how to use the theory to predict particular elementary particle actions. Yang-Mills was more a description of particle actions than an explanation of them. The theory had been verified experimentally but there was no underlying model that supported the theory.
The theory itself is basically a gauge theory, like the Higgs boson theory that enables the prediction of particles which interact via the so-called “strong” force. The strong force interactions depend on a subtle quantum mechanical property called the “mass gap”: quantum particles have positive masses, even though the classical waves travel at the speed of light, which is in contradiction, or at the least counterintuitive, to Einstein’s Special Relativity. According to Special Relativity, a particle with mass can’t reach the speed of light within the normal universe because it would take an infinite amount of energy, but some quantum particles appear to violate this. Hence, the “mass gap.” Mimi’s mathematical proof, finally, explained this violation.
Mimi, or perhaps Tuffy, had surmised that the fractal path the Looking Glass bosons — or the LGBs as they were now discussed in math and physics circles — took after the Chen Anomaly was through a dimension of the spacetime continuum that was outside those governed by even the multiple manifold dimensions of string theory but was a modified string theory that resembled the newer membrane theories. Interestingly enough, the new “field” required for the LGBs encompassed the Higgs field that “permeates” all of the universe at any instant and therefore the Higgs boson was a subset or actually an unstable relativistic version of the LGBs. For the first time humanity had an understanding of the “connectivity” of the LGBs and how it worked. Best of all, this new “field” required a mass gap at its fundamental level. Eureka! Yang-Mills theory explained!
Mimi had discussed this with her friend Dr. Weaver ad nauseum. Dr. William Weaver was first to surmise that the gates were Higgs bosons, which created an insurmountable amount of maulk from experimental particle physicists who assumed they knew everything and that the so-called Standard Model of modern physics was an end-all-be-all description of the universe.
In fact, the Standard Model was nothing more than matching experimental data with mathematical descriptions, not a true theory that could predict quantum actions. And Mimi, Dr. Weaver, and Tuffy were realizing that there were few scientists and mathematicians on Earth who would accept the subtle difference. Weaver and Mimi had used the analogy that describing light as photons or particles was still a “curve fit” to data and that light is light. That didn’t go over well with the particle physicists either, as Feynman had told them all that light was a particle and therefore it must be. The Adar had often found this trait of human scientists who were supposed to be “open-minded” as an extremely hypocritical and humorous aspect of humanity.
So, Mimi at Weaver’s request had actually stopped referring to these different Higgs bosons as Higgs bosons when in fact they both understood that that is exactly what they were. Or better yet, the Higgs bosons were actually a nonstationary and unstable version of what the LGBs really were. When it came to fighting the inbred physics community, Weaver had often told Mimi that he preferred fighting the Dreen. Tuffy usually kept quiet on the subject.
However, what Mimi actually did generate was the theoretical prediction of Yang-Mills. The theory that fell out of the math she had uncovered was not only the theoretical prediction of the Yang-Mills gauge but a whole heck of a lot more. It had become known as the “four plus one plus six formalism,” where there were the four dimensions of space from membrane theory, one of time, and six other dimensions that varied between forms used in both string and membrane concepts. But it was Mimi’s mathematical wizardry that tied them all together including the LGBs and that not only described the quantum Yang-Mills theory but predicted it.
The CMI had continued to slow-roll her in the payout until she had finally used one of her two ace cards. Her number one ace card of course was Tuffy, but she didn’t go that far. Her second ace card had been Dr. William Weaver who, other than Mimi, was the planet’s expert on the LGBs. Although Dr. Weaver had been spending most of his time of late learning the application of the LGBs and not the fundamentals, he was very politically connected — perhaps even more so now that he was a navy officer. When the director of the CMI received a phone call from the national security advisor — as a favor to Weaver — the CMI finally got off their dime and at least paid Mimi for the one solution. Mimi still puzzled over Weaver’s remark about the “stagnant inbred not invented here eggheads.” Weaver had also used several other “Southern” euphemisms and metaphors that Mimi’s aunt wouldn’t allow her to repeat. Tuffy had told her not to give it much thought.
The industrial complex, on the other hand, had no such “not invented here” problem. Clever entrepreneurs used any good source of information from which to make money and in Mimi’s and Tuffy’s cases they were crawling out of the woodwork to pay them. Mimi had been integral in the reverse engineering of the Adar miniature power supplies for communications implants, which left her with one percent of a patent that one of the major cellular networks owned, not to mention a slice of just about every battery being made in the market.
There was one armored glass manufacturer that asked her to help them decipher a problem with a new polymer manufacturing process. After a few months of her working with the company, a new patent for an aluminum, titanium oxide, and magnesium sulfide compound layered in precise alternating optical thicknesses was developed that ended up being as strong as aluminum or better and optically transparent. The company gave Mimi seven percent of that patent. Dubbed “aliglass” since “transparent aluminum” was too over-the-top, the material was beginning to replace glass in every skyscraper in the world, not to mention parts in most armored systems. It was a somewhat lucrative contract.
Each time Mimi and Tuffy would be involved with such solution endeavors Mimi always refused the aid of a contracts or patents lawyer or accountant. Tuffy seemed to have a preternatural knowledge of the actual value attached to a piece of information and the team was very good at writing iron-clad contracts. And when the negotiations were face to face, even the toughest corporate lawyer found negotiating with a soft-spoken fourteen-year-old — who just might have God riding on her shoulder — extremely disconcerting.
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