Using time-dependent density-functional theory we calculate from first principles the rate of
energy transfer from a moving proton or antiproton to the electrons of an insulating material …

The energy dissipation and femtosecond dynamics due to fast heavy ions in matter is
critically reviewed with emphasis on possible mechanisms that lead to material …

If dark matter is composed of primordial black holes, such black holes can span an
enormous range of masses. A variety of observational constraints exist on massive black …

In this work we describe a model for the electronic energy loss of bare ions at high velocities.
Starting from first-order perturbation theory we propose a simple formula to calculate the …

In this work, we propose a simple method to calculate the impact-parameter dependence of
the electronic energy loss of bare ions for all impact parameters. This perturbative …

The convolution approximation for the impact-parameter dependent energy loss is reviewed
with emphasis on the determination of the stopping force for heavy projectiles. In this …

A review is given on the application of the coupled-channel method for the calculation of the
electronic energy loss of ions as well as ionization in matter. This first principle calculation …

Recent developments in the theoretical treatment of electronic energy losses of bare and
screened ions in gases are presented. Specifically, the unitary-convolution-approximation …

In this work we describe an extension of the convolution approximation for the ionization
probability and energy-loss straggling as a function of the impact parameter for swift ions …

The present work includes the discussion of three main aspects in the area of the energy
loss of ions in solids. First we review some of the main features contained in the historical …