cromodinámica cuántica de Gauge

Gravito-Electro-Fuerte:

Hardrones: SU(3)

3 quarks:

e^{(x+(-y))·it}·e^{(y+(-z))·it}·e^{(z+(-x))·it}

3 anti-quarks

e^{(y+(-x))·it}·e^{(z+(-y))·it}·e^{(x+(-z))·it}

protón + anti-protón: bcu+¬(bcu)

e^{(2/3)·it+(y+(-z))·it}·e^{(2/3)·it+(z+(-x))·it}·e^{(-1)·(1/3)·it+(x+(-y))·it}·...

... e^{(-1)·(2/3)·it+(z+(-y))·it}·e^{(-1)·(2/3)·it+(x+(-z))·it}·e^{(1/3)·it+(y+(-x))·it}

neutrón+anti-neutrón: tad+¬(tad)

e^{(-1)·(1/3)·it+(y+(-z))·it}·e^{(-1)·(1/3)·it+(z+(-x))·it}·e^{(2/3)·it+(x+(-y))·it}·...

... e^{(1/3)·it+(z+(-y))·it}·e^{(1/3)·it+(x+(-z))·it}·e^{(-1)·(2/3)·it+(y+(-x))·it}

Mesones: SU(2)

1 quark y 1 anti-quark

e^{(x+(-y))·it}·e^{(y+(-x))·it}

e^{(y+(-z))·it}·e^{(z+(-y))·it}

e^{(z+(-y))·it}·e^{(y+(-z))·it}

pión y anti-pión:

u(¬d)+(¬u)d

e^{(-1)·(1/3)·it+(x+(-y))·it}e^{(-1)·(2/3)·it+(y+(-x))·it}·...

... e^{(1/3)·it+(y+(-x))·it}e^{(2/3)·it+(x+(-y))·it}

t(¬b)+(¬t)b

e^{(-1)·(1/3)·it+(y+(-z))·it}e^{(-1)·(2/3)·it+(z+(-y))·it}·...

... e^{(1/3)·it+(z+(-y))·it}e^{(2/3)·it+(y+(-z))·it}

a(¬c)+(¬c)a

e^{(-1)·(1/3)·it+(z+(-x))·it}e^{(-1)·(2/3)·it+(x+(-z))·it}·...

... e^{(1/3)·it+(x+(-z))·it}e^{(2/3)·it+(z+(-x))·it}

Cuerdas Do-Deca-trónicas:

SU(2)

u+(¬u)

e^{(-1)·(1/6)·it+(u(x)+(-1)·v(x))·it}e^{(-1)·(1/6)·it+(v(x)+(-1)·u(x))·it}·...

... e^{(1/6)·it+(v(x)+(-1)·u(x))·it}e^{(1/6)·it+(u(x)+(-1)·v(x))·it}

d+(¬d)

e^{(1/3)·it+(u(x)+(-1)·v(x))·it}e^{(1/3)·it+(v(x)+(-1)·u(x))·it}·...

... e^{(-1)·(1/3)·it+(v(x)+(-1)·u(x))·it}e^{(-1)·(1/3)·it+(u(x)+(-1)·v(x))·it}

Gravito-Electro-Débil

Leptones: SU(2)

electrón+positrón eléctrico neutro gravitatorio:

e^{(-1)·it+( Z(x)+(-1)·W(x) )·it}·e^{(+1)·it+( W(x)+(-1)·Z(x) )·it}

electrón+positrón gravitatorio neutro eléctrico:

e^{(-1)·it+( W(x)+(-1)·Z(x) )·it}·e^{(+1)·it+( Z(x)+(-1)·W(x) )·it}

muón+anti-muón eléctrico neutro gravitatorio:

e^{(-1)·it+( Z(y)+(-1)·W(y) )·it}·e^{(+1)·it+( W(y)+(-1)·Z(y) )·it}

muón+anti-muón gravitatorio neutro eléctrico:

e^{(-1)·it+( W(y)+(-1)·Z(y) )·it}·e^{(+1)·it+( Z(y)+(-1)·W(y) )·it}

tauón+anti-tauón eléctrico neutro gravitatorio:

e^{(-1)·it+( Z(z)+(-1)·W(z) )·it}·e^{(+1)·it+( W(z)+(-1)·Z(z) )·it}

tauón+anti-tauón gravitatorio neutro eléctrico:

e^{(-1)·it+( W(z)+(-1)·Z(z) )·it}·e^{(+1)·it+( Z(z)+(-1)·W(z) )·it}

m(x)·c^{2} = h·G(x)·( W(x)+Z(x) )

m(y)·c^{2} = h·G(y)·( W(y)+Z(y) )

m(z)·c^{2} = h·G(z)·( W(z)+Z(z) )