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Overview
This conference (FCES19) will highlight recent advances in sciences of strongly correlated electron systems and complex quantum matter. The aim of the conference is to provide a platform for members of the community in correlated electron and quantum complex matter researches including approaches with theoretical, and computational tools for new horizons of experimental developments. We encourage report on latest results, exchange information and ideas, and foster collaborations. The conference will cover the following topics:
- High-Tc superconductors including cuprate, iron-based and organic superconductors.
- Topological materials
- Efficient and functional materials such as strong permanent magnets, solar cells and thermoelectric materials
- Non-periodic systems such as thin films and interfaces as well as quasicrystals
- Nonequilibrium phenomena
- Computational methods including first-principles and correlated electron tools
- Metal-insulator transitions
- Competing orders
- Quantum criticality
- Quantum spin liquids and topological order in frustrated systems
Yukitoshi Motome (co-chair)
Ryotaro Arita (co-chair)
Takashi Miyake
Synge Todo
Shiro Sakai
Masatoshi Imada
