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Strong electron correlations and interference effects are discussed incapacitively coupled side attached and embedded quantum dots. The finite - Umean field slave boson approach is used to study many-body effects. In thelinear range the many-body resonances exhibit SU(4) Kondo or Kondo-Fano likecharacter and their properties in the corresponding arms are close to theproperties of embedded or T- shape double dot systems respectively. Breaking ofthe spin symmetry in one of the arms or in both allows for the formation ofmany-body resonances of SU(3) or SU(2) symmetries in the linear range.

Transport through capacitively coupled embedded and T-shape quantum dots in the Kondo range