  Tensor products of standard model bosons and fermions form a spin-2
self-realization of SU(5), and because every quark can be interpreted as a
lepton that has coupled to an appropriate element of this adjoint
representation, and inversely, SUGRA GUT interactions between proposed spin-2
elements and baryons of spin 3/2, can exist as residual manifestations of
quark-lepton transitions that occur within baryonic domains of asymptotic
freedom. It is argued that these interactions preserve baryonic structure and
continually re-establish a locally SUSY version of broken SU(5), indicating a
recurring inflation event that addresses the large scale.
