Electric-field-controlled magnetism can boost energy efficiency in widespread applications.
However, technologically, this effect is facing important challenges: mechanical failure in …

The oxidation of chromium in air at 700° C was investigated with a focus on point defect
behavior and transport during oxide layer growth. A comprehensive set of characterization …

The defect chemistry and electronic trapping energies in undoped single crystalline SrTiO 3
were examined by electrochemical impedance spectroscopy at low (25–160° C) and …

Depth-profiled pulsed low-energy positron annihilation lifetime spectroscopy and Doppler
broadening spectroscopy were combined to identify vacancy-related complexes and probe …

A recently discovered modified low-temperature baking leads to reduced surface losses and
an increase of the accelerating gradient of superconducting TESLA shape cavities. We will …

Abstract High Entropy Alloys (HEAs) are prospective materials for nuclear fusion reactors
and were irradiated in this study at a broad range of energetic ion fluences. Different ion …

Laser Sintering is an additive manufacturing technology capable of producing robust,
geometrically complex polymer parts, with polyamide 12, also known as nylon-12, the most …

Si hyperdoped with chalcogens via ion implantation and pulsed laser melting is known to
exhibit strong room-temperature sub-bandgap photoresponse. As a thermodynamically …

Air pollution and the energy crisis are the two main driving forces behind the development of
alternative, environmentally friendly methods of energy production. Photoactive materials …

Grafting-from is the technique of choice to obtain polymer brushes. It is based on the growth
of polymer chains directly from an initiator-functionalized surface, and its development …