Leszek Wojtczak

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A complex analytical method of solving the generalised Dirac-Maxwell system has recently been proposed by two of us for a certain class of complex Riemannian metrics. The Dirac equation without the field potential in such a metric appeared to be equivalent to the Dirac-Maxwell system including the field potentials produced by the currents of a particle in(More)
The authors propose to explain the magnetic moment of elementary particles by a suitable choice of one pseudo-riemannian manifold — the space of observations — and two general Riemannian manifolds — the spaces of the particle connected with the external electromagnetic and nuclear fields, respectively. By a general Riemannian manifold the authors understand(More)
The present work is motivated by still ongoing controversies on such fundamental concepts of relativistic thermodynamics as heat, work, temperature or probability (see e.g. [1] and references therein, and [2]). We are going to show how a distinguished paper by Cubero et al [3] sheds new light on these controversies and enables us to solve them to some(More)
On the basis of conventional scaling theory, the two-point scaling theory was modified in order to describe the influence of composition on the partial molar heat capacity and volume during the micellization process. To verify the theory, isobaric heat capacities and densities of aqueous sodium octanoate solutions were measured over wide composition and(More)
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