Universal scaling laws can guide the understanding of new phenomena, and for cuprate
high-temperature superconductivity the influential Uemura relation showed, early on, that …

High pressure nuclear magnetic resonance is among the most challenging fields of research
for NMR spectroscopists due to inherently low signal intensities, ultra-small samples that are …

Implementation of nuclear magnetic resonance in high pressure vessels is among the most
demanding technological endeavours of the field, owing to inherently low signal amplitudes …

A NMR anvil cell design is used for measuring the influence of high pressure on the
electronic properties of the high-temperature superconductor YBa 2 Cu 4 O 8 above the …

Pressure-induced changes in the chemical or electronic structure of solids require pressures
well into the Giga-Pascal (GPa) range due to the strong bonding. Anvil cell designs can …

Nuclear magnetic resonance (NMR) experiments are reported at up to 30.5 GPa of pressure
using radiofrequency (RF) micro-coils with anvil cell designs. These are the highest …

High-sensitivity 27 Al nuclear magnetic resonance (NMR) measurements of aluminum metal
under hydrostatic pressure of up to 10.1 GPa reveal an unexpected negative curvature in the …

The physical properties of correlated materials, like low-dimensional organic conductors,
cuprate superconductors, heavy-fermion metals, or the recently discovered iron-based …

The ternary semiconductor AgInTe2 is a thermoelectric material with a chalcopyrite-type
structure, which is believed to transform into a rocksalt-type structure under high pressure …

Abstract (DE) Moderne Hochdruckforschung entwickelt sich rasant zu einer der vielf
ältigstens und überraschensten Disziplinen der Festk örperphysik. Unter Benutzung von …