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Emphasis is given on the observation of a convergence to a critical value ofthe effective mass of a heavy fermion compound by tuning it through a quantuminstability either by applying pressure or magnetic field from anantiferromagnetic (AF) to a paramagnetic (PM) ground state. Macroscopic andmicroscopic results are discussed and the main message is to rush to thediscovery of an ideal material whose Fermi surface could be fully observed onboth sides of each quantum phase transition.

Convergence of the enhancement of the effective mass under pressure and magnetic field in heavy-fermion compounds: CeRu2Si2, CeRh2Si2, and CeIn3