It has been urged that quarks and leopards combine basic particles remarked as rations. The B ration is printed as a result of the burden and charge of the D / 3. The B ration is neutral and has little or no weight. The rations have a 1/2 spin, they are colored, and area unit coated with three pairs or magnitude relation-anti ratio. Thus the lepton is BBB, lepton AAA, quark ABR and BBR quark high. If the B encompasses a color charge larger than the C, the quark might have Associate in nursing excessive color network loaded with B. The antique quark BBA will appear to possess a C-colored net, or equally, antichlor excess, Associate in Nursing behave like Associate in Nursing particle. BAB will therefore appear overdone and behave like particles, in accordance with the observations. Leones do not appear to be fully colored. No need for hyper color.
1. All particle interactions embody the transcription of magnitude relation, or the creation or destruction of magnitude relation-anti ratio pears. As Associate in nursing example, beta decomposition happens once the quark converts to quark, cathartic electrons and neutrino.
2. All particle interactions embody the transcription of magnitude relation, or the creation or destruction of magnitude relation-anti ratio pears. As Associate in nursing example, beta decomposition happens once the quark converts to quark, cathartic electrons Associate in nursing neutrino: The massless particle was originally referred to as neutrino; it had been later unconcealed to be a fundamental particle organization. This model selects the first choice.
3. If the bond between rations is far larger than the bond between quarks or leptons, then quarks and leptons could also be associated whereas they are doing not lose their identity, because the atoms can sort molecules. Lepton varieties also are saved once WWW is given a negative kind of lepton.
4. The second and third generation of lepton thus quarks are often shaped by adding one or a pair of pellet pairs to the primary generation. The second and third generation of lepton are often shaped by adding one or a pair of pairs of WWW to the primary generation. The force binds the rations therefore it's sensible that a separate wave of ration makes a "fall" in line with only one wave perform, wherever there would be no internal structure.
5. The active weight of the BBA is nearly up to that of the BBB that suggests that the pellet bond has the potential to separate virtually enough of the empty B weight. Lepton has three and three bonds therefore it ought to have a awfully little weight compared to the quark, as determined. The lepton derives most of its weight from the additional pellet and should have a lot of quark tastes, as prescribed.
6. Carrying particles of the essential interaction arrogantly assemble the rations required to form a decay product. Boson could embrace a colorless pellet pair; as an example red-and tired. Boson could embrace a mix of colored pellet, as an example red-anti blue. Thus the essential interaction could also be the color power control by the weak bosons; the magnetic flux may be a dynamic interaction of photons, therefore the interaction that the solid interactions square measure composed of gluons, mesons, quarks, and hadrons square measure virtually completely different.
7. A true pellet would wipe out, whereas a virtual mix might facilitate carry the fundamental interaction. A clean ration, a BR, RB, BB, or RR would carry net color and, rather like the quarks, would not be seen in isolation.
8. The baryon consists of two up quarks and a quark, that the atom has four B’c, four B'c, two R’c, and 2 B’c. If this typifies the complete universe, then there exist equal amounts of rations and anti-rations.
9. One will additional speculate that the emission and absorption of visible particles is just the Hawking radiation. The time nearest to the ration could need quantum circuits. An oversized spin of the ration can eliminate the corresponding circular C circuits, effort three H States the time of joint swelling, and three P cases once the coupling time is ironed. This may be known by three colors and three anti-colors. Variations between linking time will cause little variations between reaction rates of rations and anti-rations, explaining why the component is longer than opposing chemical element. Another danger is that rations and anti-rations have the alternative spatial property and also the violation of parity causes a distinction among the response levels. The rations themselves also are area quanta. The B ration could also be very cheap H state in any respect times, and also the B ration could also be succeeding highest P region. Thus B and C are a similar, nonetheless somehow not a similar, as confirmed.
10. If this kind of model is correct, it are often the premise for semi-permanent cohesive theory. Strong, weak, and magnetic forces with simply the force of color square measure carried within the middle, and also the solid interaction itself is additionally called the quantum gravitational attraction of that gravitational attraction that's the limit of long distances.
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