  If one is not ready to pay a large fine-tuning price within supersymmetric
models given the current measurement of the Higgs boson mass, one can envisage
a scenario where the supersymmetric spectrum is made of heavy scalar sparticles
and much lighter fermionic superpartners. We offer a cosmological explanation
of why nature might have chosen such a mass pattern: the opposite mass pattern
is not observed experimentally because it is not compatible with the plausible
idea that the universe went through a period of primordial inflation.
