Exploration of novel materials such as superconductors and quantum magnets consisting of transition metal elements with strong electron correlations and heavy elements with strong relativistic effects, and search for exotic quantum states.

email: mnohara@

Experimental studies on the strongly correlated electron systems and new multiferroics in multiple extreme conditions (low temperature, high magnetic field and high pressure). Recently, we focus on exotic properties of compounds with a chiral structure.

email: tsuzuki@  

Experimental investigation of nano-scale physics. Quantum coherence, single electron phenomena and non-equilibrium transport are studied by fabricating extremely small structures and measuring low-temperature transport.

email: yagi@  

Experimental studies on the strongly correlated electron systems by means of ultrasonic spectroscopy. Our research focuses on novel physical properties originating from magnetism, multipoles, and a large-amplitude atomic oscillation under multiple extreme conditions.

email: ish@  

Crystal growth and single-crystal x-ray analysis, focusing on charge density wave (CDW), superconductivity, magnetism, and aperiodic crystallography.

email: ramakris@