Active research is ongoing that investigates the properties of matter under extreme pressure.
Such condensed matter is found inside planets at millions of atmospheres and thousands of …

X-ray phase contrast imaging (XPCI) provides enhanced image contrast beyond absorption-
based x-ray imaging alone due to refraction and diffraction from gradients in the object …

The complex flow of liquid metal in evolving metallic foams is still poorly understood due to
difficulties in studying hot and opaque systems. We apply X-ray tomoscopy–the continuous …

The structure and constitution of opaque materials can be studied with X‐ray imaging
methods such as 3D tomography. To observe the dynamic evolution of their structure and …

We present a new technique for the investigation of shock-driven hydrodynamic phenomena
in gases, liquids, and solids in arbitrary geometries. The technique consists of a pulsed …

The past two decades have witnessed the rapid development of nanocalorimetry, a novel
materials characterization technique that employs micromachined calorimetric sensors. The …

X‐ray tomography is a versatile tool in materials research and engineering since it allows for
a non‐destructive and three‐dimensional mapping of the constituents of a heterogeneous …

Synchrotrons and free electron lasers are unique facilities to probe the atomic structure and
electronic properties of matter at extreme thermodynamical conditions. In this context,'matter …

The complex physics of the interaction between short-pulse ultrahigh-intensity lasers and
solids is so far difficult to access experimentally, and the development of compact laser …

The molecular-scale structure and dynamics of confined liquids has increasingly gained
relevance for applications in nanotechnology. Thus, a detailed knowledge of the structure of …