  The possible existence of an exponentially large number of vacua in string
theory behooves one to consider possibilities beyond our traditional notions of
naturalness. Such an approach to electroweak physics was recently used in
"Split Supersymmetry", a model which shares some successes and cures some ills
of traditional weak-scale supersymmetry by raising the masses of scalar
superpartners significantly above a TeV. Here we suggest an extension - we
raise, in addition to the scalars, the gaugino and higgsino masses to much
higher scales. In addition to maintaining many of the successes of Split
Supersymmetry - electroweak precision, flavor-changing neutral currents and CP
violation, dimension-4 and 5 proton decay - the model also allows for natural
Planck-scale supersymmetry breaking, solves the gluino-decay problem, and
resolves the coincidence problem with respect to gaugino and Higgs masses. The
lack of unification of couplings suggests a natural solution to possible
problems from dimension-6 proton decay. While this model has no weak-scale dark
matter candidate, a Peccei-Quinn axion or small black holes can be consistently
incorporated in this framework.
