The symposium will broadly cover recent progress in superconducting materials from both fundamental and applications perspectives. The emphasis will be placed on several research areas: 1) recent emerging superconductors that include kagome superconductors, nickelates, twisted bilayer graphene, topological superconductors, and high-T_c hydride superconductors; 2) medium- and high-temperature superconductors that include cuprates, iron-based compounds, and MgB₂; 3) applications of superconducting materials in quantum computation and sensors, and large-scale superconducting applications, such as superconducting power devices, high field magnets for accelerators, and compact fusion reactors.

The symposium contributors are encouraged to address the development of superconducting quantum limited sensors and superconducting qubit with related technologies and the discussion on performance of superconducting wires, such as homogeneity through length, cost-effectiveness, high throughput, and scalability. In this symposium, we will discuss the future perspectives of superconducting materials and create a strong network of researchers.

crystal growth electrical properties magnetic properties qubit