MG11 
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Generic Evolutionary Quantum Cosmology

The implications of Evolutionary Quantum Gravity are addressed in view of the formulation of a new dark matter candidate. We consider a Schr\"odinger dynamics for the gravitational field associated to a generic cosmological model and then we solve the corresponding eigenvalue problem. We emphasize that, when a Planckian cut-off is imposed in the theory and the classical limit of the ground state is taken, then a dark matter contribution cannot arise today. Summarizing, we fix that, from a phenomenological point of view, an Evolutionary Quantum Cosmology overlaps the Wheeler-DeWitt approach.