Empire Invert

The predictions of the theory, the importance and precise calculation of the Mass Gluino

This year, the Large Hadron Collider at CERN in Geneva will begin operations. It is generally expected that the LHC, as the world's most powerful machine is capable of producing supersymmetric particles, aka sparticles.

While most sparticles are limited to a lower energy, any evidence of squarks at least requires a mass-energy equivalent to a Gluino g ^ = 6.388355 TeV. Similarly, the first runs LHC will create a "light Higgs boson ', as shown by electron collider CERN before the upgrade. Although it touted as a major discovery of the "standard model Higgs boson, which would be foolish to conclude that was the only point of building the LHC. But it is certainly justified by the absence of evidence to date sparticles. Similarly, the lepton collider was incapable to produce all the states covering the supersymmetric Higgs mechanism, the heaviest of which imparts mass to Gluino. One can then be sure of the real physical interest will not occur until the gas reaches higher relativistic energies of proton-antiproton collisions focused around the end of 2008.

In fact it is probably impossible to generate not only squarks, but the lightest sparticle – the equivalent of Fermi of a Higgs boson best known as a neutralino which is the ratio of WIMP dark galaxy 'mass' – Without producing a Gluino. For what is known as "the true interest of physics" reduces to a chain of decays precisely mapped processing that further accounts for the dominance of matter over antimatter observed fermion in baryogenesis: baryons building material, precursors of the protons and neutrons. In these ways, Gluino thus represents the most important, however, currently misuderstood, state of the particle sparticle spectrum.

Similarly, there are more than super-symmetry that only the idea of a sparticle opposite spin state of a fundamental particle lighter '. For example, a quark carries a fractional charge whose nature as a fermion requires the existence of an anti-quark of opposite charge. A squark, moreover, is a boson integer spin, whose charge is ultimately determined by the 'first generation' of 2 / 3-Up or -1e/3-Down "family" to which he belongs. And while that even the lightest of the quarks, support squark is heavier because of an "inverted hierarchy of taste," where the heavy top quark corresponds the light stop squark, a nuance of Susy that directly not only a function of spin Fermi-Bose-investment. However, it is as important as the nature of that squarks Bose reinforces the lack of a recognizable fermi state of antimatter: a squark -2e/3-charged simply does not exist.

So a neutral should decline Gluino in a very good change of sBottoms two squark lighter, or two D-squarks with Sharm say, a. It is therefore quite easy to imagine how a flat fee of squark Gluino caries is a prerequisite for baryogenesis material. There is more to this conclusion, of course, but the explanation here conveys its essence encapsulated in simple language. And while some "models" have been proposed which appear or amended in accordance with these findings, there is little evidence that any argument has been questioned Media baryogenesis grossly inadequate to address in terms other than the version of some of the 'standard model' of the PC [or CPT] 'violations symmetry ", basically a high-energy meson-like quark-antiquark/gluon – plasma only a" stable material state. "For theorists collectively recognize neutralino dark mass, but not of baryonic matter, as representative of the "purpose of Susy" – the creation of a viable physical world which corresponds to what we experience – is beyond comprehension or excuses.

But then more experimentally physicists believe that in any SUSY form is hypothetical speculation restriction of empirical evidence to the contrary, as if his new toy, not this hypothesis will be tested soon. However, these results expected by chance with no less interest than any other. However, it would certainly be fair collective authorities to ask who I am I to question the theoretical criteria of higher intelligence who designed Susy, and merely states to calculate the mass Gluino accurate. As for the criticism above all I'm saying is that any other authority "provides an explanation for the creation of real baryons that comes close. '241 For model "naturally further provides a precise percentage of baryons relative to the critical density of the universal mass of the fine in accordance with the observational evidence – An alleged mere "coincidence" otherwise.

But the last criticism that requires more attention here as a follow up from a previous trial (http://www.goarticles.com/cgi-bin/showa.cgi?C=754366) in a series of reports on some central findings. In this sense, the mass Gluino here given one of four data samples and testing samples on our website, as well as before the introduction chapter of the text "241-Mumbers. Two of these other measures actually constitute "pudding proof" that empirically and theoretically check the exact mass of the top and bottom quarks and the strange background, in this case also the verification of the mass of the "minimum Higgs vacuum. Although this mass LHC Gluino comparatively complete lack of verification beyond 2008 – is an ordeal, however it is not theoretical or – but completely mathematical, and experience instead. By giving the mass Gluino serves as a means to encourage serious readers to "eat the dessert by themselves, "as the first of two hands-on tasks." What is write three-dimensional equations as relations three other masses of the particles in the abbreviated table after the introductory chapter.

To test the point is that a set of dimensions relationships between metrics is itself inadequate and relatively meaningless unless one is capable of a predictive equation "purely numerical. If there are three independent equations as indices of dimensions to an Gluino mass, a conclusion that could be consistent is the only possible answer, even without experimental data to "support the claim." Because this dish for dessert, the proof is in their hands. And after six years this material has been on the web, everyone tested has failed, no one has given an equation, much less three.

But nobody seems to want, and much less willing to 'buy' real, new information anyway. For everyone, including myself, are too busy trying to convince the other what qualifies as, and that they are, then, a true mandate. However, 241 is better test purpose as an educational forum: what will indefinitely postpone publication of this text for an invitation to the introductory e-course that a student can get full access to a range of information not available in other places.

About the Author

Sean Sheeter is an independent theorist, geometrist and author of the pending text 241-Mumbers: The Definitive Data for Fundamental Physics and Cosmology, presently only available in the said e-course. The gluino mass is one of four examples of Sample Data and Proofs at http://www.241mumbers.com/page2.html, where this essay is a follow-up to a preceding report also available from http://www.free-press-release.com/news/200803/1204797561.html.

Unboxing Empire Invert Mini and Shooting

Be Sociable, Share!

•