The quantum field theory of particles with both electric and magnetic charges is developed
as an obvious extension of Schwinger's quantum field theory of particles with either electric …

Dirac1l has developed the theory of magnetic poles, where he pointed out a possibility of
quantization of charge and explained why such particles have never been observed so far …

If different kinds of charged particles exist, eq.(I) must still be satisfied if we substitute their
charge for the electron charge (possibly with different values of n). This means that the …

A quantum field theory of magnetic and electric charge is constructed. It is verified to be
relativistically invariant in consequence of the charge quantization condition eg ℏ c= n, an …

The dynamics of monopoles as quantum objects is described by the quantum field theory of
monopoles and charges. Owing to the presence of a preferred direction n, this is the first …

There exists an analog of electrodynamics in which the vector potential is replaced by a p-
form. The role of electrically charged point-particles is then played by extended objects of …

It has been previously determined that an electron has no bound states in the field of the
magnetic monopole. Seeking to establish the character of the monopole's interaction with …

We consider the quantum-mechanical problem of the interaction of two particles, each with
arbitrary electric and magnetic charges. It is shown that if an additional 1 r 2 potential, of …

The quantum theory of the electromagnetic interactions of a charged spin-1 particle is
investigated, within the framework of canonical field theory. An earlier treatment of this …

We show that there is room, in the Dirac equation, for a massless monopole. The basic idea
is that the Dirac equation admits a second electromagnetic minimal coupling associated to …