The coupling of chiral fermions to gravity makes use only of the selfdual S U (2) subalgebra of the (complexified) SO(3, 1) algebra. It is possible to identify the antiselfdual subalgebra with the S U (2)L isospin group that appears in the standard model, or with its right-handed counterpart SU(2)R that appears in some extensions. Based on this observation, we describe a form of unification of the gravitational and weak interactions. We also discuss models with fermions of both chiralities, the inclusion of strong interactions, and the way in which these unified models of gravitational and gauge interactions avoid conflict with the Coleman\u2013Mandula theorem
The Standard Model (SM) is a chiral theory, where right- and left-handed fermion fields transform di...
We explore unified field theories based on the gauge groups SU(5) and SO(10) using the worldline app...
In an 18-dimensional gravidynamic unification model the spacetime and the internal symmetries of 4 g...
The coupling of chiral fermions to gravity makes use only of the selfdual SU(2) subalgebra of the (c...
It is shown how the Lorentz and standard-model gauge groups can be unified by using algebraic spinor...
We present a new unification of the electro-weak and gravitational interactions based on the joining...
We show how to obtain a single chiral family of an SO\uf010 e grand unified theory (GUT), starting f...
A supersymmetric model with gauge symmetry G_1 X G_2, where G_i=SU(3)_i X SU(2)_i X U(1)_i, is const...
Comprehensive – that is, gauge and family – unification using spinors has many attractive features, ...
The tremendous phenomenological success of the Standard Model (SM) suggests that its flavor structur...
The tremendous phenomenological success of the Standard Model (SM) suggests that its flavor structur...
AbstractThe Standard Model (SM) is a chiral theory, where right- and left-handed fermion fields tran...
We describe a simple model that automatically generates the sum over gauge group representations and...
We analyze the implications of the light gluino scenario for the unification of gauge and Yukawa cou...
We look for minimal chiral sets of fermions beyond the standard model that are anomaly free and, sim...
The Standard Model (SM) is a chiral theory, where right- and left-handed fermion fields transform di...
We explore unified field theories based on the gauge groups SU(5) and SO(10) using the worldline app...
In an 18-dimensional gravidynamic unification model the spacetime and the internal symmetries of 4 g...
The coupling of chiral fermions to gravity makes use only of the selfdual SU(2) subalgebra of the (c...
It is shown how the Lorentz and standard-model gauge groups can be unified by using algebraic spinor...
We present a new unification of the electro-weak and gravitational interactions based on the joining...
We show how to obtain a single chiral family of an SO\uf010 e grand unified theory (GUT), starting f...
A supersymmetric model with gauge symmetry G_1 X G_2, where G_i=SU(3)_i X SU(2)_i X U(1)_i, is const...
Comprehensive – that is, gauge and family – unification using spinors has many attractive features, ...
The tremendous phenomenological success of the Standard Model (SM) suggests that its flavor structur...
The tremendous phenomenological success of the Standard Model (SM) suggests that its flavor structur...
AbstractThe Standard Model (SM) is a chiral theory, where right- and left-handed fermion fields tran...
We describe a simple model that automatically generates the sum over gauge group representations and...
We analyze the implications of the light gluino scenario for the unification of gauge and Yukawa cou...
We look for minimal chiral sets of fermions beyond the standard model that are anomaly free and, sim...
The Standard Model (SM) is a chiral theory, where right- and left-handed fermion fields transform di...
We explore unified field theories based on the gauge groups SU(5) and SO(10) using the worldline app...
In an 18-dimensional gravidynamic unification model the spacetime and the internal symmetries of 4 g...