Conclusions The theory we developed in this paper appears to be interesting as it
overcomes some typical difficulties of the preceding ones by Lorentz and Dirac. For these …

In the theory of the electromagnetic field without charges, the potentials are not fixed by the
field, but are subject to gauge transformations. The theory thus involves more dynamical …

In a previous paper by the author* it is shown that the general theory of quantum mechanics
together with relativity require the wave equation for an electron moving in an arbitrary …

The claim by Rohrlich that the Abraham–Lorentz–Dirac equation is not the correct equation
for a classical point charge is shown to be incorrect and it is pointed out that the equation …

The new quantum theory, based on the assumption that the dynamical variables do not obey
the commutative law of multiplication, has by now been developed sufficiently to form a fairly …

The new quantum mechanics, when applied to the problem of the structure of the atom with
point-charge electrons, does not give results in agreement with experiment. The …

THE view has often been expressed that some at least of the difficulties encountered in the
quantum-mechanical theory of the electron arise from the inadequateness of the underlying …

An electron, according to relativity quantum theory, has two different kinds of states of
motion, those for which the kinetic energy is positive and those for which it is negative. Only …

In the last years we have (1) reconsidered and improved in several points a relativistic
theory of the classical electron already proposed by us many years ago (3). Such a theory is …

Previous methods of treating radiative corrections in non-stationary processes such as the
scattering of an electron in an atomic field or the emission of a β-ray, by an expansion in …