We present a nonperturbative theory to describe multielectronic processes occurring in the
course of collisions between an ion and a molecule. The approach is based on the …

We have measured differential cross sections for single and dissociative capture for 25 and
75 keV protons colliding with H 2 and He. Significant differences were found depending on …

Evidence is given for Young-type interferences caused by a single electron acting on a
given double-center scatterer analogous to an atomic-size double-slit system. The electron …

The fundamental indication of the departure of quantum mechanics from the classical world
is the so-called quantum coherence. Typically, we define it as the characteristic of systems …

We know that light has fascinated philosophers, physicists, theologians, and engineers for a
long time. The nature of light, especially, has been the subject of many controversies and …

In this article we provide experimental evidence of an interference phenomenon that, to the
best of our knowledge, has so far not been observed with either matter or light. In a …

Even though the concept of interference was already implicit in Newton's 1688 explanation
of the anomaly of the tides in the Gulf of Tongkin, it was Thomas Young in his Bakerian …

We present the realization of a Young-type double-slit experiment, in which single electrons,
scattering on two protons, produce interference pattern. The electrons are produced by a …

Energy spectra of electrons ejected into 3 He 2+–H 2 collisions have been measured in the
incident ion energy range 6–30 keV. Parameters of the quasimolecule formed during the …

Recently, Tyliszczak [J. Electron Spectrosc. Rel. Phenom. 114, 93 (2001)] have observed
oscillations in the generalized oscillator strength (GOS) profile of molecular inner-shell …