It has been suggested that quarks and leptons have more essential particles called rishon. 

T rishon can be characterized as mass and charge e/3. V rishon is nonpartisan and has next to zero mass. Rishis have a twist 1/2, have a shading charge, and join in triple or rishon-antirishon sets.

 In this manner the electron is a TTT, neutrino VVV, down quark TVV and up quark TTV. In the event that T has a to some degree higher shading charge than V, the down quark will have a net abundance of shading conveyed by T. Hostile to quark TTV will show a net reduction of shading conveyed by the V, or proportionately, an abundance of anticolor, and carries on as an antiparticle. 

Hence TTV will act as an abundance of shading and a molecule in concurrence with perceptions. Lepton has no unadulterated tone. 

There is no requirement for hyper tone. All molecule connections include the revamp of Rishon, or the arrangement or obliteration of Rishon – Antirishon sets. 

For instance, beta-rot happens when a down quark transforms into an up quark, discharging an electron and a neutrino: TVV - > TTY + TTT + VVV The massless molecule is initially called a neutrino. Was It was subsequently characterized as an antinutrino. This model is the best option.

 On the off chance that the connection between sages is a lot more prominent than the connection between quarks or leptons, at that point quarks and leptons can relate without losing their personality, for example, iotas can shape atoms. On the off chance that the VVV is appointed a negative lepton number, the lepton number is likewise safeguarded. 

The second and third ages of electrons and quarks can be shaped by adding a couple of TT sets to the original. The second and third ages of neutrinos can be shaped by adding a couple of VV sets to the original.

 The power that ties the sages is clearly extraordinary to such an extent that distinctive wave works at the same time fall into just one wave work, in which case there will be no inward design. The powerful mass of TTV is around equivalent to that of TVV, implying that the limiting energy in the TT bond is roughly equivalent to the exposed mass of one T. The electron has three T's and three bonds and should thusly have a much lower mass than it.

 A quark, as seen. The muon infers a large portion of its mass from the TT and should have a mass more noteworthy than that of a quark, as noticed. 

Boson transporters of powerless power likely comprise of the sages needed to frame rot items. Photons can have a dry VV pair; For instance, hostile to red. Gluon may have a shaded VV pair, for instance red-entw. 

Thusly the feeble power must be the shading power applied by the frail bosons; The electromagnetic power is the shading power applied by photons, and the solid power is the shading power applied by gluons, bricklayers, quarks, and potentially different hadrons.

 A genuine TT will be obliterated, while a virtual pair can help convey solid power. An uncovered raisin, a TV, TV, TT, or VV will convey unadulterated tone and, similar to Quark, won't be found in detachment. 

The proton has two up quarks and one down quark, so the hydrogen particle has four T, four T, two V and two V. In the event that it epitomizes the whole universe, it contains an equivalent measure of sages and antigens.

 Another might derive that the discharge and assimilation of virtual particles are simply Hawking radiation. The spacetime around a district must be quantum states. The huge twist of a connection will end the circular symmetric S states, with three P states with facilitates reaching out over the long haul, and three P states composed with facilitated time. They can be related to three tones and three anticolors. 

The distinction in time intelligence will cause slight contrasts in the response paces of sages and antigens, clarifying why hydrogen is more bountiful than antihydrogen.

 Another chance is that sages and antigens have inverse differentiations and that there is a distinction accordingly rates because of an infringement of similitude. The sages may have called themselves units of spacetime. 

V rishon can be the least P state, and T rishon can be the following most elevated P state. In this manner T and V will be comparative, yet fairly crisscrossed, as noticed. In the event that this kind of model is right, it will be the premise of the since quite a while ago expected incorporated field hypothesis. 

Solid, powerless, and electromagnetic powers are essentially the shading powers applied by the middle of the road, and the shading power can be recognized by quantum gravity, which has a straightforward gravitational long range. Ham Harari, "The Structure of Quarks and Leptons," Scientific American, p.56, April 1983


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