《section5》Calculation of the Higgs boson and universe boson
Yukawa as Japanese found two laws formerly, for one thing that big energy can appear as a virtual particle from an uncertainty principle of Heisenberg at extremely short time, and it wouldn't mean to break the law of the conservation of energy. In his thought the π meson is usable as the cause of the nuclear force.
So W boson appears as a virtual particle from the b or anti b quark, when I watch an illustration of penguin diagram, in case of the B meson spontaneous CP symmetry breaking experiment with the Kobayashi = Masukawa model. Yukawa thought such a thing to be a debt from God in his π meson theory. I know the amount of debt from God in the penguin process is calculated to subtract mass energy of the b or anti b quark from mass energy of W boson.
In this case the amount of debt from God is 80.2 - 4.2 = 76.0 (Gev).
In the range of the meson theory of Yukawa, the law of the conservation of energy is established at a level of Yukawa exactly on his meson theory. But in the penguin process of the Kobayashi = Masukawa model, when only 76.0Gev offered a debt from God, t or anti t quark appeared with mass energy 172.0Gev, that is extreme larger than 76.0Gev of scheduled debt from God. By spontaneous CP symmetry breaking experiment, t or anti t quark is the subject that appeared, the law of the conservation of energy is only the theory that has abandoned in the range of Kobayashi = Masukawa model basically. In addition, mass is exactly equal with a particle and the antiparticle to be very well known.
It is easy to let the law of the conservation of energy established, if universe boson appears in substitution for W boson in UFM.
The universe boson is heavier than the weight that let you add t quark and b quark, and it comes to b or anti b quark from the future as a virtual particle and it changes b or anti b quark into anti t or t quark.
This is the Tolly = penguin process that UFM is proud of to the world.
As for me and the Tolly = penguin diagram, the virtual particle in this case to be able to put thinks even t or anti t quark to be so, as well as universe boson. W boson appears from t or anti t quark jumped up from anti b or b quark with the Universe boson and collapse to others. Typically it will be broken as a golden phenomenon in J/Ψ and Ks from neutral B meson. In this case W boson should be too heavy too. And I suppose that universe boson and t or anti t quark are one set of a gift from god. The former goes against time, and the latter performs direct motion of time. I considered the right side of the uncertainty principle and the relations of the spin independently and gave a essential conclusion. Possibly the prime cause of the uncertainness is a spin. I put both together and think of a gift from god as total spin 1/2 and debt from god as mass energy 38.0Gev (because it is exactly equal 76.0/2). It's very exactly beautiful like economics.
ΔEΔt≒h/2π at total spin 1 and ΔEΔt≒h/4π at total spin 1/2
[Universe boson] - [anti t or t quark] - [b or anti b quark] = (76.0/2 = )38.0
[Universe boson] - 172.0 - 4.2 = 38.0
∴[Universe boson] = 214.2(Gev)
The mass of the first elementary particle foretold in this way by UFM was calculated. These reactions are to be generated only in a hadron, and the universe boson collapses outside the hadron, and it is to Z boson and a Higgs boson. That's why the mass of the Higgs boson was calculated with 123.0Gev by the following calculation.
[Higgs boson] = [Universe boson] - [Z boson] = 214.2 - 91.2 = 123.0(Gev)
This value is half of the flat of the vacuum expectation in the Weinberg = Salam theory.In addition, this calculation synchronized appearance time of the W boson with the Kobayashi = Masukawa model and the appearance time of the universe boson by this universal frontier theory. I want to name the appearance time of the virtual particle of the kind Yukawa time, as Δt of the Uncertainty principle of Heisenberg.
Yukawa as Japanese found two laws formerly, for one thing that big energy can appear as a virtual particle from an uncertainty principle of Heisenberg at extremely short time, and it wouldn't mean to break the law of the conservation of energy. In his thought the π meson is usable as the cause of the nuclear force.
So W boson appears as a virtual particle from the b or anti b quark, when I watch an illustration of penguin diagram, in case of the B meson spontaneous CP symmetry breaking experiment with the Kobayashi = Masukawa model. Yukawa thought such a thing to be a debt from God in his π meson theory. I know the amount of debt from God in the penguin process is calculated to subtract mass energy of the b or anti b quark from mass energy of W boson.
In this case the amount of debt from God is 80.2 - 4.2 = 76.0 (Gev).
In the range of the meson theory of Yukawa, the law of the conservation of energy is established at a level of Yukawa exactly on his meson theory. But in the penguin process of the Kobayashi = Masukawa model, when only 76.0Gev offered a debt from God, t or anti t quark appeared with mass energy 172.0Gev, that is extreme larger than 76.0Gev of scheduled debt from God. By spontaneous CP symmetry breaking experiment, t or anti t quark is the subject that appeared, the law of the conservation of energy is only the theory that has abandoned in the range of Kobayashi = Masukawa model basically. In addition, mass is exactly equal with a particle and the antiparticle to be very well known.
It is easy to let the law of the conservation of energy established, if universe boson appears in substitution for W boson in UFM.
The universe boson is heavier than the weight that let you add t quark and b quark, and it comes to b or anti b quark from the future as a virtual particle and it changes b or anti b quark into anti t or t quark.
This is the Tolly = penguin process that UFM is proud of to the world.
As for me and the Tolly = penguin diagram, the virtual particle in this case to be able to put thinks even t or anti t quark to be so, as well as universe boson. W boson appears from t or anti t quark jumped up from anti b or b quark with the Universe boson and collapse to others. Typically it will be broken as a golden phenomenon in J/Ψ and Ks from neutral B meson. In this case W boson should be too heavy too. And I suppose that universe boson and t or anti t quark are one set of a gift from god. The former goes against time, and the latter performs direct motion of time. I considered the right side of the uncertainty principle and the relations of the spin independently and gave a essential conclusion. Possibly the prime cause of the uncertainness is a spin. I put both together and think of a gift from god as total spin 1/2 and debt from god as mass energy 38.0Gev (because it is exactly equal 76.0/2). It's very exactly beautiful like economics.
ΔEΔt≒h/2π at total spin 1 and ΔEΔt≒h/4π at total spin 1/2
[Universe boson] - [anti t or t quark] - [b or anti b quark] = (76.0/2 = )38.0
[Universe boson] - 172.0 - 4.2 = 38.0
∴[Universe boson] = 214.2(Gev)
The mass of the first elementary particle foretold in this way by UFM was calculated. These reactions are to be generated only in a hadron, and the universe boson collapses outside the hadron, and it is to Z boson and a Higgs boson. That's why the mass of the Higgs boson was calculated with 123.0Gev by the following calculation.
[Higgs boson] = [Universe boson] - [Z boson] = 214.2 - 91.2 = 123.0(Gev)
This value is half of the flat of the vacuum expectation in the Weinberg = Salam theory.In addition, this calculation synchronized appearance time of the W boson with the Kobayashi = Masukawa model and the appearance time of the universe boson by this universal frontier theory. I want to name the appearance time of the virtual particle of the kind Yukawa time, as Δt of the Uncertainty principle of Heisenberg.
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