Deductions from Quark mass figures

Identifying the Rishon patterns as being particular quarks is a puzzling conundrum. Initially it was believed that the top quark is the "unidentified" one (neutrino-anti-neutrino along with an up quark). However, the mass is far too large, and needs to be covered separately. The one identified as "strange" has an electron and positron in two of its places: its mass is very similar to the muon (within 5 percent). With two of the possibilities having -1/3T -2/3V charge and one of those taken by strange, the other we deduce is Bottom. With two options to choose from for charm, it becomes necessary to analyse particle decays and infer which is logically the correct option. This is done in a later section once the mechanism of decay (actually, phase-transitions) is explained.

Two -1/3T -2/3V quarks.

    strange      : dee (['VTV', 'TTT', 'TTT']) t:-1/3 v:-2/3
    bottom       : udv (['TVT', 'VTV', 'VVV']) t:-1/3 v:-2/3

The two as-yet not clearly identified remaining quarks:

    charm        : due (['VTV', 'TVT', 'TTT']) t: 2/3 v: 1/3
    unidentified : uvv (['TVT', 'VVV', 'VVV']) t: 2/3 v: 1/3