《section3》Theory of strong interaction
Nambu = Goldstone complex particles have four kinds as possibility for interactive symmetry breaking phenomenon in this case. It, interactive symmetry breaking phenomenon in this case, has T and anti N pair・N and anti N pair・N and anti T pair and the other T and anti T pair that is something like a main raw material of the photon or the Z boson. So, four kinds of them are able to exist in the Universe, or UFM.
The former three, T and anti N pair・N and anti N pair・N and anti T pair, are caused by strong interaction.
In the first time, I thought that these 3 kinds of pre-particles will translate something, permitted be charged named gluon that is absorbed in the gauge field and acquire with spin 1. But I noticed that will be accepted as the application of Yukawa's meson theory. In this way I put it's case is with just π mesons or not are on hold temporarily in my first paper, not this. According to the business results of Nambu that was not decisive to this Universe, therefore it was over he felt shitty that π mesons have some mass. It was strange frank advice to me or some others. Well, here it is, a thought I finally hit was the quark condensation with Nambu = Goldstone complex particles will be the cause of strong interaction. And they exchange a color quantum number of a quark just like as the color conversion of Han = Nambu model.
Now it will be already clear, π meson does't only perform as a substitute for gluon in the standard model, but also something like the other do it in UFM. Mesons with s or anti s quark in hadron , and with c or anti c quark and with b or anti b quark too, eventually all kinds of A type mesons will participate it. This is the strong interaction in UFM. These A type mesons have spin 0, and it is never judging from the plan of the normal gauge field, and they need a new symmetrical system. We need a hyper symmetric system as σ model like something that a developer did not even think.
This system is SU(2) not SU(3), besides, it doesn't join with U(1). Because, the strong interaction turns a quark to a quark or anti quark to anti quark as a property of the condensation pair, the electric interaction turns a positron to an electron as a reverse electric charge. They are opposite together and immiscible. T and anti T pair is not unified into strong interaction, but integrated with T and anti N pair・N and anti N pair・N and anti T pair.
R condition：u(d) with N → u(d) with N + N and anti N ____π⁰ (R→G)
G condition：u(d) with N → u(d) with T + N and anti T ____π⁺ (G→B)
B condition：u(d) with T → u(d) with N + T and anti N ____π⁻ (B→R)
This is a list of the color conversion with the Han = Nambu model. A quark's charge changes according to a change of RGB, there is few electric charge 1 in the time of B state, and it's the same charge on the average in standard model. In this way, the formula of π meson will be renewed, for example uT and anti u anti N＋dT and anti d anti N instead d and anti u.
This is a new formula of π⁻, and the rest you can easily imagine.
That is the answer why s quark and d quark pair is some kind of one isospin pair and is to become the theoretical preliminary arrangement for universe boson to collapse in both.
Nambu = Goldstone complex particles have four kinds as possibility for interactive symmetry breaking phenomenon in this case. It, interactive symmetry breaking phenomenon in this case, has T and anti N pair・N and anti N pair・N and anti T pair and the other T and anti T pair that is something like a main raw material of the photon or the Z boson. So, four kinds of them are able to exist in the Universe, or UFM.
The former three, T and anti N pair・N and anti N pair・N and anti T pair, are caused by strong interaction.
In the first time, I thought that these 3 kinds of pre-particles will translate something, permitted be charged named gluon that is absorbed in the gauge field and acquire with spin 1. But I noticed that will be accepted as the application of Yukawa's meson theory. In this way I put it's case is with just π mesons or not are on hold temporarily in my first paper, not this. According to the business results of Nambu that was not decisive to this Universe, therefore it was over he felt shitty that π mesons have some mass. It was strange frank advice to me or some others. Well, here it is, a thought I finally hit was the quark condensation with Nambu = Goldstone complex particles will be the cause of strong interaction. And they exchange a color quantum number of a quark just like as the color conversion of Han = Nambu model.
Now it will be already clear, π meson does't only perform as a substitute for gluon in the standard model, but also something like the other do it in UFM. Mesons with s or anti s quark in hadron , and with c or anti c quark and with b or anti b quark too, eventually all kinds of A type mesons will participate it. This is the strong interaction in UFM. These A type mesons have spin 0, and it is never judging from the plan of the normal gauge field, and they need a new symmetrical system. We need a hyper symmetric system as σ model like something that a developer did not even think.
This system is SU(2) not SU(3), besides, it doesn't join with U(1). Because, the strong interaction turns a quark to a quark or anti quark to anti quark as a property of the condensation pair, the electric interaction turns a positron to an electron as a reverse electric charge. They are opposite together and immiscible. T and anti T pair is not unified into strong interaction, but integrated with T and anti N pair・N and anti N pair・N and anti T pair.
R condition：u(d) with N → u(d) with N + N and anti N ____π⁰ (R→G)
G condition：u(d) with N → u(d) with T + N and anti T ____π⁺ (G→B)
B condition：u(d) with T → u(d) with N + T and anti N ____π⁻ (B→R)
This is a list of the color conversion with the Han = Nambu model. A quark's charge changes according to a change of RGB, there is few electric charge 1 in the time of B state, and it's the same charge on the average in standard model. In this way, the formula of π meson will be renewed, for example uT and anti u anti N＋dT and anti d anti N instead d and anti u.
This is a new formula of π⁻, and the rest you can easily imagine.
That is the answer why s quark and d quark pair is some kind of one isospin pair and is to become the theoretical preliminary arrangement for universe boson to collapse in both.
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