Emergent phenomena in strongly correlated electron systems arise from the interplay of charge, spin, orbital, and lattice degrees of freedom,…

Ferroelectric materials have shown promise in a variety of fields, including data storage, transducers, and optoelectronics. This symposium will explore…

This symposium focuses on recent advances and developments in perovskite-based (including metal halide, chalcogenide, and oxide) semiconductors and microelectronics, including…

As AI and data volumes surge across the economy, the energy demand for computation imposes a defining constraint on technological…

This symposium focuses on recent advances and developments in materials and devices for extreme environments microelectronics. Topics of interest include…

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…