Controlling Fano and Dicke effects via a magnetic flux in a double   quantum-dot molecule
  The electronic transport through a parallel double quantum-dot molecule attached asymmetrically to leads is studied under a magnetic field. We model the system by means of a non interacting two-impurity Anderson Hamiltonian. We find that the conductance shows Fano and Dicke effects that can be controlled by the magnetic flux. 
P. A. Orellana, M.L. Ladron de Guevara and F. Claro