Sylwester Kornowski's The Everlasting Theory and Special Number Theory PDF

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Example text

The four-neutrino symmetry determines the number of new photons. The uncertainty of energy does not define the sum of the energies of the entangled photons – it is the uncertainty of the distribution of the ‘i’ entangled photons a photon consists of. After the state-lifetime resulting from the sum of the frequencies of the entangled photons, the distribution of the entangled photons changes. Emissions of photons composed of a greater number of entangled photons are more probable because then each entangled photon carries less energy.

4·10-6 s. 2·10-10 s. (94) The weak interactions are responsible for the beta decay of a neutron, however, in such a decay a neutron behaves like an electron (the electron appears in this decay), whereas it is impossible for the proton to decay as such the lifetime of neutron is: tw(neutron) = tw(hyperons)(mp(proton)/mp(electron))4 = 937 s. 5·10-13 s, (96) where mp((2260))= m(2260)-m(1115)+Y=1573 MeV. 5444119 MeV. The neutral pion decays in respect of the weak interaction. 26462 MeV the distance of masses between a neutron and a proton.

The (1236) consists of S(+-o),d=2{2-} and of a proton or neutron {1/2+}. e. 8 MeV (the number before the signs ‘+’ and ‘-’ denotes the approximate value of angular momentum, whereas the ‘+’ and ‘-’ denotes the orientations of the angular momentum respectively ‘up’ and ‘down’). The parity of the S(o),d pions is assumed to be negative, and the parity of the lambda hyperon is assumed to be positive. 5){1/2+} = 1940 MeV (JP=5/2+). The mass of tau lepton The charged W pion in the d=1 state is responsible for the properties of the proton.

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