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In the same way as the realization of some of the famous gedanken experimentsimagined by the founding fathers of quantum mechanics has recently led to thecurrent renewal of the interpretation of quantum physics, it seems that themost recent progresses of observational astrophysics can be interpreted as therealization of some cosmological gedanken experiments such as the removal fromthe universe of the whole visible matter or the cosmic time travel leading to anew cosmological standard model. This standard model involves two darkcomponents of the universe, dark energy and dark matter. Whereas dark energy isusually associated with the cosmological constant, we propose to explain darkmatter as a pure QCD effect, namely a gluonic Bose Einstein condensate,following the transition from the quark gluon plasma phase to the colorlesshadronic phase.  Our approach not only allows us to assume a ratio Dark/Visible equal to 11/2but also provides gluons (and di-gluons, viewed as quasi-particles) with anextra mass of vibrational nature. Such an interpretation would comfort the ideathat, apart from the violation of the matter/antimatter symmetry satisfying theSakharov's conditions, the reconciliation of particle physics and cosmologyneeds not the recourse to any ad hoc fields, particles or hidden variables.

Cold Dark Matter: A Gluonic Bose--Einstein Condensate in Anti-de Sitter Space Time