Multi-TeV scalars are natural in minimal supergravity

For a top quark mass fixed to its measured value, we find natural regions o f minimal supergravity parameter space when all squarks, sleptons, and heav y Higgs scalars have masses far above I TeV and are possibly beyond the rea ch of the Large Hadron Collider at CERN. This result is simply understood i n terms of "focus point" renormalization group behavior and holds in any su pergravity theory with a universal scalar mass that is large relative to ot her supersymmetry breaking parameters. We highlight the importance of the c hoice of fundamental parameters for this conclusion and for naturalness dis cussions in general.