Scientific cosmogony, the time in quantum relativistic physics

International audience ; The most recent progresses of observational astrophysics lead to a new cosmological standard model, the so-called CDM model involving two dark components of the universe, dark energy, and dark matter. In a recent publication [5], we have interpreted dark matter as a gluonic Bose-Einstein condensate in anti-de Sitter spacetime. In the present contribution to the book on Time in Science, we intend to show that the emergence, in the context of quantum cosmology of a genuine standard model, as robust as the standard model of particle physics and compatible with it, could hopefully open the way to a reconciliation of general relativity and quantum physics. We suggest that an analog to the informational turn of the interpretation of quantum physics could be implemented in the framework of general relativity, leading to an effective quantization of spacetime, as a phenomenological stage in the search for a theory of quantum gravity.