Probing Electro-Magnetic Local Density of Optical States with Mixed ED-MD Emitters

Mesure du moment dipolaire électrique du neutron à l’Institut Paul Scherrer : Production de champs magnétiques pour l’expérience

We performed experiments at γ ELBE at electron energies of 7.5 and 13.9 MeV to determine in- tegrated scattering cross sections of excited states and the photoabsorption cross

For an experimentally accessible electric field of 5 kV/cm and magnetic field of 100 G, we pre- dict a field-mixed level with a permanent magnetic dipole moment (PMDM) of µ ∗ = 13

The properties of Ce~Rh4 reported in the present study can be well explained by a distribution of the Ce atoms in distinct sublattices. The respective Ce environment induces

Quasi-RKKY oscillations along a path of 19 sites (runmng index j), taking to be an A site on trie 1393 site tiling for two values of trie Fermi energy, ~c a) shows trie

of investigating collisions between excited atoms of a vapour of species A with ground-state atoms of a vapour of a different species B (or A and B may

We are interested here in the fact that SBZ11 showed that the convective motions were responsible for the lack of confinement of the buried magnetic field, and that in most of the

The mixed nature of the depressed modes in red giants and their unperturbed global seismic parameters carry strong constraints on the physical mechanism responsible for the damping