Abstract
We consider the construction of SU (2) L ⊗ SU (2) R ⊗ SU (4) partial unification models as an example of phenomenologically acceptable unification models in the absence of supersymmetry in non-commutative geometry. We exploit the Chamseddine, Felder and Fröhlich generalization of the Connes and Lott model building prescription. By introducing a bi-module structure and appropriate permutation symmetries we construct a model with triplet Higgs fields in the SU (2) sectors and spontaneous breaking of SU (4).
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