  In supersymmetric models with scalar sequestering, superconformal strong
dynamics in the hidden sector suppresses the low-energy couplings of mass
dimension two, compared to the squares of the dimension one parameters. Taking
into account restrictions on the anomalous dimensions in superconformal
theories, I point out that the interplay between the hidden and visible sector
renormalizations gives rise to quasi-fixed point running for the supersymmetric
Standard Model squared mass parameters, rather than driving them to 0. The
extent to which this dynamics can ameliorate the little hierarchy problem in
supersymmetry is studied. Models of this type in which the gaugino masses do
not unify are arguably more natural, and are certainly more likely to be
accessible, eventually, to the Large Hadron Collider.
