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We shall give dynamics to our spacetime manifold by first identifying thelocal affine symmetry as the characterizing symmetry for our geometry \'a laFelix Klein, and then by prescribing 16 gauge vector bosons to this symmetry\'a la Yang and Mills. The locally affine symmetric Yang-Mills Lagrangian inthe presence of a background world metric, and the corresponding equations ofmotion, are respectively constructed and derived. Spontaneous breaking of thelocal affine symmetry to the local Lorentz symmetry is achieved by classicalsolutions to the equations of motion. In these classical solutions, the 16gauge vector bosons are shown to select the Schwarzschild metric as one amongthe admissible background world metrics. Classical gravity is expressed by aspontaneously broken Erlangen program.

Spontaneously Broken Erlangen Program Offers a Bridge Between the Einstein and the Yang-Mills Theories