Abstract
In strong-electroweak unification, based on SU(15), with baryon number (B) and lepton number (L) conserved, bosons with B=±2/3, L=0 (diquarks), B=0, L=±2 (dileptons) and B=±1/3, L=±1 (leptoquarks) can occur at “light” (≤ TeV) scales. The discovery of light leptoquarks would be evidence as compelling as proton decay for grand unification.

This publication has 0 references indexed in Scilit: