Dusty plasmas represent a powerful platform to study the collective dynamics of strongly
coupled systems with important interdisciplinary connections to condensed matter physics …

The transition of the viscosity η from a collisional gas through a minimum value to a
correlated liquid is investigated using computer simulations with the Green-Kubo relation. It …

Molecular dynamical simulations are performed to investigate the scaling of the transverse
sound speed in two-dimensional (2D) and 3D Yukawa fluids. From the calculated …

In ground-based experiments with complex (dusty) plasmas, charged microparticles are
levitated against gravity by an electric field, which also drives ion flow in the parent gas …

Thermoacoustic instability in a fluid monolayer complex plasma is studied for the first time.
Experiments, theory, and simulations demonstrate that nonreciprocal effective interactions …

A shock that is continuously driven by a moving exciter will propagate at a speed that
depends on the exciter speed. We obtained this dependence experimentally, in a strongly …

Equilibrium molecular dynamics simulations are performed to study two-dimensional (2D)
dusty plasma liquids. Based on the stochastic thermal motion of simulated particles, the …

In the presence of the substrate, various structural and dynamical properties of two-
dimensional dusty plasma (2DDP) were investigated using Langevin dynamical simulations …

Differential cross sections for the γ p→ π 0 p reaction have been measured with the A2
tagged-photon facilities at the Mainz Microtron, MAMI C, up to the center-of-mass energy W …

A method for phase identification (MPI) in two-dimensional (2D) condensable systems is
proposed on the basis of the analysis of the Voronoi cells' characteristics. A simple algorithm …