Hadronic geometry of space-time and gauge theory of strong interactions.—I

Abstract

In two papers, of which this is the first, an attempt has been made to link the hadronic geometry of the space-time with the gauge theory of strong interactions. This has been done by postulating a unified hadronic metric tensorfrs(X, y) of strong gravity and strong electromagnetism and showing that the Christoffel symbol arising from this metric tensor is responsible for nine gauge vector fields (Ar(0),Br(α)) of gauge groupU1×SU3 withU1 having symmetry-breaking properties.