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Recent experimental observations are shown to be quantitatively consistentwith an extended concept of space-time having a discrete extra dimension of twopoints at the distance of 11.8 fm together with a nontrivial metric structure.In such a space-time, fermions appear in pair with their Kaluza-Klein siblings.The usual electromagnetic field is accompanied with a new vector boson $X17$,which receives a mass of $17~MeV$ from another Kaluza-Klein partner, a scalarboson $H$ of a mass in the range of $0.5-793~keV$ via an abelian Higgsmechanism. At a low energy scale, where nucleons can be treated asstructureless in a good approximation, the natural particle model involvingnucleons, electron, neutrino and their Kaluza-Klein partners coupled to theelectromagnetic field and the massive vector boson $X7$ can lead to newphenomenological consequences, which are verifiable at the currently accessibleenergy.

Extra dimension of space-time exposed by anomalies at low energy