Condensed mater can mimic all sorts of exotic particles. Science has just found the weyl particle in certain material with strong spin orbit coupling.
http://phys.org/news/2015-12-weyl-fermion-discovery-ten-breakthrough.html The Weyl fermion was predicted by Dirac but never found in isolation. https://en.wikipedia.org/wiki/Weyl_semimetal https://www.quora.com/Quantum-Field-Theory-What-is-a-Weyl-fermion This particle also produces monopole magitism. Condensed matter can generate all kinds of exotic particles that have not yet been found in isolation. I believe that the Tachyon monopole has been produced in condensed matter and plays a major tole in LENR, On Thu, Jun 16, 2016 at 2:03 PM, Jones Beene <jone...@pacbell.net> wrote: > Here is your terrifying scare-of-the day. It was inspired by Nick > Bostrom’s new book which does not go anywhere near this far. > > > > In the context of LENR, it has been mentioned here that nickel-62 is a > one-of-a-kind singularity in the periodic table. It is the most stable > isotope in all of nature, with the highest binding energy per nucleon (8.8 > MeV). Is this kind of stability a marker for another unique property? > > > > If a very expansive version of supersymmetry is found in nature, it could > be possible that quantum dots of select pure isotopes can mimic not only a > single atom of a different element, but can even mimic other basic > particles, including perhaps the new one discovered at LHC of mass-energy > 750 GeV. > > > > Google: superatom, if you have doubts that the first part of this > proposition is feasible. The magic numbers for superatoms start at 13… and > a quantum dot of 13 62Ni atoms would act as another particle in a strong > version of supersymmetry. The most basic quantum dot of 62Ni does indeed > have 13 atoms in an closely bound crystal. 62Ni is also bosonic. > > Now, imagine the 13 atom quantum dot made of the isotope nickel 62 as a > condensate. It would have mass-energy of 751 GeV. Let’s assume that this > particle has two potential identities – one being related to nickel and > the other being the unexpected new particle discovered at the LHC, which > can be described as the superset of the Higgs – 6 Higgs bosons in a unit > of ~750 GeV mass-energy. > > Finally, how much of a stretch is it to propose using strong > supersymmetry - that in cryogenic conditions in a multi-T magnetic field, > the quantum dot BEC of nickel can transition into a new identity as the > super-Higgs, possibly benefitting from ignition from a laser pulse to > accomplish this transition… following which, it will decay in the same > fashion as seen at LHC. > > There are major implications of that possibility, and that is the scare. > > A gram of 62Ni is about .016 moles and could contains about 10^19 quantum > dots of the isotope. A closer estimate, which account for impurities and > imperfections would be 10^17 quantum dots, and the energy of each one, if > transitioned into the super Higgs would be 751 GeV each or about 7.5*10^28 > eV total. > > Could that happen? Hope not, since its more than all the nukes in > everyone’s arsenal. Could a gram of anything spell the end of everything… > that is the big scare. > > If so, this outcome explains why some scientists believe that ALL > technologically advanced civilizations eventually and inevitably > self-annihilate once they reach a certain plateau … the proof of that > uncomfortable realization being simply that there should be many such > civilizations, but we know of none. > > The good news is that we do not have to worry about living in a Sim… > > … that would be because all the previous civilized societies have built > large hadron colliders, found the super-Higgs, discovered superatoms and > quantum dots… dissed cold fusion, and then… with history repeating itself > over-and-over, the crazy cold-fusioneers have connected the dots to prove a > painful point … > > … thereby eliminating all the pathoskeptics, for good J > > >
