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In minimal supergravity (mSugra), the neutrino sector is related to theslepton sector by means of the renormalization group equations. This opens adoor to indirectly test the neutrino sector via measurements at the LHC.Concretely, for the simplest seesaw type-I, we present the correlations betweenseesaw parameters and ratio of stau lepton flavour violating (LFV) branchingratios. We find some simple, extreme scenarios for the unknown right-handedparameters, where ratios of LFV rates correlate with neutrino oscillationparameters. On the other hand, we scan the mSugra parameter space, for bothseesaw type-I and II, to find regions where LFV stau decays can be maximized,while respecting low-energy experimental bounds. We estimate the expectednumber of events at the LHC for a sample luminosity of L = 100 fb^{-1}.

Lepton flavour violating stau decays versus seesaw parameters: correlations and expected number of events for both seesaw type-I and II