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We derive a geometrical approach to produce the mass of particles that couldbe suitably tested at LHC. Starting from a 5D unification scheme, we show thatall the known interactions could be suitably deduced as an induced symmetrybreaking of the non-unitary GL(4)-group of diffeomorphisms. The deformationsinducing such a breaking act as vector bosons that, depending on thegravitational mass states, can assume the role of interaction bosons likegluons, electroweak bosons or photon. The further gravitational degrees offreedom, emerging from the reduction mechanism in 4D, eliminate the hierarchyproblem since generate a cut-off comparable with electroweak one at TeV scales.In this "economic" scheme, gravity should induce the other interactions in anon-perturbative way.

Deriving the mass of particles from Extended Theories of Gravity in LHC era