It has been recently noted that the diffeomorphism covariance of a Chiral Conformal QFT in the vacuum sector automatically ensures Möbius covariance in all charged sectors. In this article it is shown that the diffeomorphism covariance and the positivity of the energy in the vacuum sector even ensure the positivity of the energy in the charged sectors. The main observation of this paper is that...

The structure of synthetic YbFeMnO(4) has been refined by single-crystal X-ray diffraction. Space group R3m, a = 3.4580 (1), c = 25.647 (3) A, V = 265.59 (3) A(3), Z = 3. Yb is in octahedral coordination, whereas Fe and Mn are disordered on a single crystallographic type of trigonal bipyramid, in which the cation is off-centred from the basal plane. Assuming perfect stoichiometry, R(1) = 0.0195...

Charge distribution of pions in multiple production processes drew much attention recently. The growth of interest in this subject is due to expectations to detect the disoriented chiral condensate (DCC) formation in high energy collisions . The simplest picture of the process is given by ”Baked Alaska scenario” , where coherent pulses of semiclassical pion field are emitted leading to anomalou...

We present a study of the He charge distribution based on realistic nucleonic wave functions and incorporation of the nucleons’ quark substructure. The central depression of the proton point density seen in modern four-body calculations is too small by itself to lead to a correct description of the charge distribution. We utilize six-quark structures calculated in the Chromodielectric Model for...

We consider graphs made of one-dimensional wires connected at vertices, and on which may live a scalar potential. We are interested in a scattering situation where such a network is connected to infinite leads. We study the correlations of the charge in such graphs out of equilibrium, as well as the distribution of the currents in the wires, inside the graph. These quantities are related to the...

The charge transfer between hemispheres is investigated in the framework of a model with neutral and isotropic clusters. Without specifying the production mechanism of the clusters, the charge-transfer distribution can be uniquely determined by inclusive spectra. Minor discrepancies observed in the comparison with experimental data are attributed to the influence of the charges of the leading p...

We examine the stability of ring-like configurations of N charges on a plane interacting through the potential V (z 1 ,. .. , z N) = |z i | 2 − i<j ln |z i − z j | 2. We interpret the equilibrium distributions in terms of a shell model and compare predictions of the model with the results of numerical simulations for systems with up to 100 particles. Determining the distributions of charged par...

We developed a versatile numerical technique to compute the three-dimensional charge distribution inside plasmonic nanoparticles. This method can be easily applied to investigate the charge distribution inside arbitrarily complex plasmonic nanostructures and to identify the nature of the multipolar plasmon modes involved at plasmonic resonances. Its ability to unravel the physical origin of pla...