  We discuss cosmological implications of nonlinear supersymmetric(NLSUSY)
general relativity(GR) of the form of Einstein-Hilbert(EH) action for empty
spacetime, where NLSUSY GR is obtained by the geomtrical arguments on new
spacetime just inspired by NLSUSY. The new action of NLSUSY GR is unstable and
breaks down spontaneously to EH action with Nambu-Goldstone(NG) fermion matter.
We show that NLSUSY GR elucidates the physical meanings of the cosmologically
important quantities, e.g., the spontaneous SUSY breaking scale, the
cosmological constant, the dark energy and the neutrino mass and describe
natually the paradigm of the accelerated expansion of the present universe.
