We establish a condition for obtaining nonsingular potentials using the Cox–Thompson
inverse scattering method with one phase shift. The anomalous singularities of the potentials …

Simplified solutions of the Cox–Thompson inverse quantum scattering method at fixed
energy are derived if a finite number of partial waves with only even or odd angular …

A Cox–Thompson fixed-energy quantum inverse scattering method is developed further to
treat long-range Coulomb interaction. Depending on the reference potentials chosen, two …

In this article we address the numeric inversion of optoacoustic signals to initial stress
profiles. Therefore we study a Volterra integral equation of the second kind that describes …

Solution of the Cox–Thompson inverse scattering problem at fixed energy1–3 is
reformulated resulting in semi-analytic equations. The new set of equations for the …

In order to learn more about the precision of the inversion by the Cox–Thompson method,
we investigated the inversion of phase shifts of a singular potential, namely of a Coulomb …

Scattering phase shifts obtained from 87 Rb Bose-gas collision experiments are used to
reconstruct effective potentials resulting, self-consistently, in the same scattering events …

The inverse scattering problem of the three-dimensional Schroedinger equation is
considered at fixed scattering energy with spherically symmetric potentials. The phase shifts …

Rapidly developing techniques of optical cooling and trapping have opened the way for
studying atomic interactions in the sub-millikelvin regime. Recently, two clouds of rubidium …

In this letter we address the numeric inversion of optoacoustic signals to initial stress
profiles. Therefore we put under scrutiny the optoacoustic kernel reconstruction problem in …