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In focus point supersymmetry, all squarks and sleptons, including those ofthe third generation, have multi-TeV masses without sacrificing naturalness. Weexamine the implications of this framework for low energy constraints and thelight Higgs boson mass. Undesirable contributions to proton decay and electricdipole moments, generic in many supersymmetric models, are strongly suppressed.As a result, the prediction for alpha_s in simple grand unified theories is 3to 5 standard deviations closer to the experimental value, and the allowedCP-violating phases are larger by one to two orders of magnitude. In addition,the very heavy top and bottom squarks of focus point supersymmetry naturallyproduce a Higgs boson mass at or above 115 GeV without requiring heavygauginos. We conclude with an extended discussion of issues related to thedefinition of naturalness and comment on several other prescriptions given inthe literature.Comment: 31 pages, 10 figures, references added, version to appear in Phys.  Rev.

Focus point supersymmetry: Proton decay, flavor andCPviolation, and the Higgs boson mass