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We show that the baryon-dark matter coincidence problem is solved in theCMSSM. The baryons and dark matter are generated simultaneously through thelate-time decay of non-topological solitons, Q-balls, which are formed afterthe Affleck-Dine baryogenesis. A certain relation between the universal scalarmass, $m_0$, and the universal gaugino mass, $M_{1/2}$, is required to solvethe coincidence problem, marginally depending on the other CMSSM parameters,and the result is consistent with the observation of the 126-GeV Higgs boson.

A solution to the baryon-DM coincidence problem in the CMSSM with a 126-GeV Higgs boson