Probing the hyperbolic branch/focus point region of the constrained
  minimal supersymmetric standard model with generalized Yukawa
  quasi-unification
  We analyze the parametric space of the constrained minimal supersymmetric
standard model with mu>0 supplemented by a generalized asymptotic Yukawa
coupling quasi-unification condition which yields acceptable masses for the
fermions of the third family. We impose constraints from the cold dark matter
abundance in the universe and its direct detection experiments, the B-physics,
as well as the masses of the sparticles and the lightest neutral CP-even Higgs
boson. Fixing the mass of the latter to its central value from the LHC and
taking 40<=tanbeta<=50, we find a relatively wide allowed parameter space with
-11<=A_0/M_{1/2}<=15 and mass of the lightest sparticle in the range (0.09-1.1)
TeV. This sparticle is possibly detectable by the present cold dark matter
direct search experiments. The required fine-tuning for the electroweak
symmetry breaking is much milder than the one needed in the neutralino-stau
coannihilation region of the same model.
