  The observation in the universe of a small but positive vacuum energy
strongly suggests, in the string landscape picture, that there will ultimately
be a phase transition to an exactly supersymmetric universe. This ground state
or "true vacuum" of the universe could be similar to the minimal supersymmetric
standard model with all the susy breaking parameters set to zero.
Alternatively, it might be similar to the prominent superstring theories with
nine flat space dimensions or to the supersymmetric anti-deSitter model that
seems to be equivalent to a conformal field theory. We propose that the
dominant phenomenological feature of these potential future universes is the
weakening of the Pauli principle due to Fermi-Bose degeneracy. Providing the
phase transition occurs in the cosmologically near future, an exact
supersymmetry could extend the life expectancy of intelligent civilizations far
beyond what would be possible in the broken susy universe.
