Exploring the science of Plasma-Material Interactions in fusion reactors and the groundbreaking JET ITER-Like Wall experiment.
Discover how the SCAN density functional is revolutionizing materials science by accurately predicting atomic structures and energies across diverse bonding systems.
Discover how scientists are predicting crystal structures at finite temperatures to design tomorrow's materials.
Exploring how Wasserstein Quantum Monte Carlo is revolutionizing quantum many-body problem solutions through optimal transport mathematics.
Exploring the fascinating world of nanoscale material deformation and fracture mechanics where traditional physics breaks down.
Exploring the atomic-scale dynamics of single-walled carbon nanotubes and their revolutionary applications in nanotechnology.
Exploring computational pharmaceutical materials science and how it's revolutionizing drug development through digital simulations and predictions.