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This work explores a Standard Model (S.M.) extension possibility, thatviolates Lorentz invariance, preserving the space-time isotropy andhomogeneity. In this sense HMSR represents an attempt to introduce an isotropicLorentz Invariance Violation in the elementary particle S.M. The theory isconstructed starting from a modified kinematics, that takes into accountsupposed quantum effects due to interaction with the space-time background. Thespace-time structure itself is modified, resulting in a pseudo-Finslermanifold. The S.M. extension here provided is inspired by the effective fieldstheories, but it preserves covariance, with respect to newly introducedmodified Lorentz transformations. Geometry perturbations are not considered asuniversal, but particle species dependent. Non universal character of theamended Lorentz transformations allows to obtain visible physical effects,detectable in experiments by comparing different perturbations related todifferent interacting particles species.

european physical journal. c, particles and fields

Homogeneously Modified Special Relativity (HMSR) -- A new possible way  to introduce an isotropic Lorentz Invariance Violation in particle Standard  Model