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It is rare to find materials that operate at room temperature and display strong “multiferroic coupling” — a property that allows

Under helium plasma exposure in tokamak-relevant conditions, nanotendril “fuzz” will grow on tungsten plasma-facing components in a

Self-assembly is a powerful concept for making nanoscale structures where molecules are designed to spontaneously pack themselves into the desired

The ability to correlate the 3D arrangements of atoms and defects with a material’s properties and functionality is vital in designing new

Recently, scientists discovered that in some magnetic materials, magnetic spirals, called skyrmions, could form on the material’s surface.

When a material undergoes a phase change, its atomic structure is re-oriented, and many fundamental material properties can be altered including

The self-assembly of complex molecules containing water-attracting (hydrophilic) and water-repelling (hydrophobic) segments in water is important

Precision control of nanometer scale 3D fabrication has been a longstanding research goal. Now, researchers have developed a 3D simulation that

Stretching or compressing a material creates strain that can be a powerful tool to control oxygen vacancy concentration, as opposed to traditional