IRAC'S result that eogo= hc/4x'where eo is the elementary electric point charge and gs the
elementary point magnetic pole may be obtained very simply from classical electrodynamics …

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 one supposes that a particle with a single magnetic pole can exist and that it interacts with
charged particles, the laws of quantum mechanics lead to the requirement that the electric …

In this paper it is shown that Maxwell's theory of the electromagnetic field in vacuum can be
stated in a form closely parallel to Dirac's theory of the electron. The electromagnetic field is …

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 Dirac equation is expressed entirely in terms of geometrical quantities by providing a
geometrical interpretation for the (-I) t which appears explicitly in the Dirac equation. In the …

The remark that the development of science in general, and in particular of physics, has
been exceptionally rapid during the last 30 or 40 years, has become by now a …

accepted for publication 1 May 1985) According to the prevailing belief, the spin ofthe
electron or ofsome other particle is a mysterious internal angular momentum for which no …

The striking resemblance between Newton's law of gravity and Coulomb's law of
electrostatics has been noted since the beginning of physics. It is somewhat less well-known …

There are many regions for preferring the point model of the electron, in which the field
equations of empty space hold all the way up to the centre of the electron, to the Lorentz …