Computational materials design is shown to be essential for the discovery of new and novel materials of the future.

Computational materials design is shown to be essential for the discovery of new and novel materials of the future.
Scientists analyze CMTS from a structural and electronic perspective and propose criteria for disorder-free materials .
Gallium nitride as a potential alternative to current silicon-based electronics.
A team of researchers from the University of Paris, France developed a compact high‐speed full‐field optical coherence microscope for high‐resolution in vivo imaging of biological tissues.
A combination of experiments and simulations show how woodpeckers are protected from concussion by the structure of their skull.
A team of physicists developed a new method of storing information in fully transparent plastic foils.
Within the European Research Project E-MAGIC, scientists develop a promising magnesium-based energy storage technology.
A new study shows how defects in carbon-based supports affect dendrite formation in lithium metal batteries (LMBs).
A useful guide for beginners in the field and a helpful reference for CV-QKD experimentalists who want to deepen their theoretical understanding of their setup.
Ultrafast generation of a field‐free vector potential that is tunable in duration, sign, and magnitude, allowing to impart non‐invasive, spatiotemporally controlled changes to the quantum nature of nanosystems.