  We discuss some fundamental concerns regarding the recent proposal of
Dimopoulos and Giudice for dynamically aligning the soft masses of the
sfermions in the minimal supersymmetric standard model (MSSM) with the
corresponding fermion masses to suppress flavor changing neutral currents. We
show that the phenomenologically-favored presence of right-handed neutrinos in
the theory, even if only at very high scales, generically disaligns the slepton
mass matrices. Further suppression is then needed to meet the current upper
bound on the rate for $\mu \to e\gamma$. Planned improvements in the search for
$\mu \to e\gamma$ should easily detect this rare mode. (With improved
sensitivity $\mu\to 3e$ may also be seen.) By measuring the helicity of the
amplitude for $\mu \to e\gamma$ such experiments could distinguish between
unified and non-unified models at very high energies; by inserting the various
MSSM parameters as they become available, the mixing in the leptonic Yukawa
couplings can be extracted; and by combining the results with those of various
neutrino experiments some information about the right-handed neutrino Majorana
matrices can also be gained.
