Investigating the bound state of a system consisting of two dyons and two fermions it has been demonstrated that due to the presence of magnetic charge on dyon energy eigenvalues and eigen function for this system are largely modified from the energy eigenvalues and eigenfunction of the usual Helium atom problem of quantum electrodynamics . Bohr radius for this system is shown to be very small in comparison to atomic Bohr radius implying the strongly interacting behavior of dyons. It has also been shown that the repulsive force between dyons is greater than the repulsive force between the nucleus of Helium molecule implying the small possibility of forming bound states.
Published on 17 Dec 2000.