Electron-to-Muon Abundance Ratio at High Energy Proton-Proton Collisions

Abstract: The scale-symmetric physics (S-SET) leads to the atom-like structure of baryons containing the core, composed of entangled or/and confined Einstein-spacetime components, which is the black hole in respect of strong interactions. The structure of the core leads to conclusion that at high energy proton-proton collisions we should detect 25 % more electrons than muons. On the other hand, at the LHC Physics conference in New York City (June 2014) the LHCb collaboration announced that probably there appear 25 % more electrons than muons. In the Standard Model the electrons and muons (in the S-SET as well) are the particles of the same type so number of electrons and muons should be the same. This 25 percent excess of electrons follows from the internal structure of the core of baryons described within S-SET whereas within the Standard Model such excess is incomprehensible i.e. suggests existence of new physics. Just S-SET is the lacking part of ultimate theory