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We outline a toy model in which a unique mechanism may trigger a dynamicalchain resulting in key low-energy regularities. The starting points are anegative cosmological term in the bulk and conformally invariant nongravitysector. These elements ensure compactification of the extra dimensional spaceon a compact hyperbolic manifold (with the negative and constant scalarcurvature). The overall geometry is then M_4 x B_n. The negative curvature onB_n triggers the formation of the four-dimensional defect which provides inturn a dynamical localization of ordinary particles. It also leads,simultaneously, to a spontaneous breaking of gauge symmetry through a Higgsmechanism. Masses of the fermions, gauge bosons and scalars all derive from thecurvature of the internal manifold such that the Higgs boson is generallyheavier than the gauge bosons. The factorizable geometry M_4 x B_n and flatnessof M_4 require fine-tuning.Comment: 16 pp, added references and a figure with improvements in text;  journal versio

Flavor dynamics with conformal matter and gauge theories on compact hyperbolic manifolds in extra dimensions