Fifty years ago—in 1963, to be precise—the British physicist Trevor Marshall published a
paper in the Proceedings of the Royal Society under the short title Random Electrodynamics …

In this work a relation between topology and thermodynamical features of gravitational
instantons is shown. The expression for the Euler characteristic, through the Gauss-Bonnet …

The creation and destruction of entanglement between a pair of interacting two-level
detectors accelerating about diametrically opposite points of a circular path is investigated. It …

The quantization of the massive spin-½ field in Rindler coordinates is considered, including
the effects of a background magnetic field. We calculate the expectation values of conserved …

The energy spectrum of zero-point fields of a massless scalar field observed by a detector in
circular motion is studied by analyzing the Wightman function. It is shown to be quite …

Conventional rockets are not a suitable technology for interstellar missions. Chemical
rockets require a very large weight of propellant, travel very slowly compared to light speed …

The quantization of the electromagnetic field between moving boundaries in four-
dimensional spacetime is studied. We consider the particular case of a field confined …

The Dirac equation for a charged spin-1/2 particle with an anomalous magnetic moment μ'in
a background magnetic field is solved in Rindler coordinates (uniformly accelerated frame) …

The autocorrelation functions of fields of arbitrary spin are defined and the formal
equivalence between quantized fields and random classical fields is shown explicitly. The …

A formalism for calculating the vacuum stress-energy tensor of the electromagnetic field in
an arbitrarily moving frame is presented and applied to a system in uniform rotation. The …