Endohedral molecular magnets, eg as realized in fullerenes containing DySc 2 N, are
promising candidates for molecular electronics and quantum information processing. For …

This work provides a unified theoretical treatment of the single-and correlated double-
electron emission from a general electronic system. Using Feshbach projection method, the …

Photoionization from energetically distinct electronic states may have a relative time delay of
tens of attoseconds. Here we demonstrate that pulses of optical vortices allow the …

We present an accurate method for constructing the Kohn–Sham effective potential
corresponding to a given electron density in one-dimensional and spherically symmetric …

We introduce a new type of correction for a more accurate description of fullerenes within the
spherically symmetric jellium model. This correction represents a pseudopotential which …

We present ab initio calculations of the quasiparticle decay times in a Buckminsterfullerene
based on the many-body perturbation theory. A particularly lucid representation arises when …

The collective response of matter is ubiquitous and widely exploited, eg, in plasmonic,
optical, and electronic devices. Here we trace on an attosecond time scale the birth of …

Application of the jellium model for investigation of the electronic structure and
photoionization of metal clusters and fullerenes is discussed. The valence electrons are …

For an isolated C 60 molecule, we study plasmon excitations that are induced by an
external, fast moving electron, by using a two-dimensional, spherical, two-fluid …

The model pseudopotentials of C 60−, C 60 and C 60+ have been constructed on the base
of the total electrostatic potentials obtained as a result of ab initio-based calculations. The …