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We discuss the low-curvature regime of time-dependent matrix theoriesproposed to describe non-perturbative quantum gravity in asymptoticallyplane-wave space-times. The emergence of near-classical space-time in thislimit turns out to be closely linked to the adiabaticity of the matrix theoryevolution. Supersymmetry restoration at low curvatures, which is crucial forthe usual space-time interpretation of matrix theories, becomes an obviousfeature of the adiabatic regime.

Adiabaticity and emergence of classical space-time in time-dependent matrix theories