Probing structure–property relationships in functional ceramics demands integrated approaches combining complementary experimental probes (e.g., light, X-ray, electron, neutron) with theory…

This symposium will focus on emergent superconducting, magnetic, and spin–orbit-coupled phenomena at oxide interfaces and heterostructures. Topics include interfacial superconductivity…

Complex oxide thin films and heterostructures provide a rich platform for discovering and engineering novel electronic, magnetic, ferroic, and quantum…

The interplay between charge, spin, orbital, and lattice in strongly correlated oxide materials leads to a plethora of implications in…

Advanced functional ceramics are central to emerging solid-state technologies for energy conversion, energy storage, and high-frequency information systems, yet progress…

The continued advance of energy systems hinges on the scientifically informed innovation of key electronic and ionic materials across the…

The Microelectronics Energy Efficiency Research Center for Advanced Technologies (MEERCAT) is one of the U.S. Department of Energy (DOE) Microelectronics…

The properties of ceramics are strongly influenced by interfaces, including grain boundaries and free surfaces. Interfaces involve complex 2-D atomistic…

Ceramics have played and continue to play an essential role in modern society, propelling the advancement of science and technology.…

Participants in this symposium will highlight efforts related to awareness and interest in science, technology, engineering, art, and mathematics [STE(A)M]…