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Do I hear M89 bells ringing?
p-Adic length scale hypothesis is one of the cornerstones of TGD. It leads to a stunning prediction. For instance, QCD should have several scaled variants with different mass scales and most plausibly they are associated with with p-adic primes which correspond to Mersenne primes or Gaussian Mersennes (primes for complex integers).
At LHC two candidates for scaled variant of hadron physics are suggestive: M89 hadron physics and MG,79 with mass scales differing by factor 25=32. As the first guess one can just multiply the mass spectrum of mesons of ordinary hadron physics by factor 2(107-89)/2)=512 or 2(107-79)/2) =214 to get an estimate for the meson masses of the new physics. For M89 however additional p-adic scaling by factor 2 is needed if one identifies its pion in terms of 135 GeV bump detected by Fermi telescope. Alternative would be 67.5 GeV: I do not know whether even this can be excluded. If these predictions are correct, a new Golden Age of physics is waiting for us to realise that it is there.
Adam Falkowski has the best particle physics rumours. According to Lubos he tells at this time via Twitter(@Resonaances) about indications for a bump at about 700 GeV decaying to two photons. According to Lubos, there are earlier indications for a bump at 662 GeV and also for a bump around 130-135 GeV observed by Fermi telescope: also I have talked a lot about this. 135 GeV is rather precisely 210 times neutral pion mass. By direct scaling the corresponding neutral ρ and ω meson masses would be 770 and 782 GeV differing 10 per cent from 700 GeV? Should I hear M89 bells ringing?
For a summary of earlier postings see Links to the latest progress in TGD.
Source: http://matpitka.blogspot.com/2015/12/do-i-hear-m-89-bells-ringing.html
