Quantum Device Measurement Team

Evaluate large-scale quantum hardware for quantum computers and establish a testbed for demonstration of a system.

Encourage R&D for realization of superconducting quantum computer using technologies for high-quality and reliable qubits, superconducting integrated circuits, and cryogenic evaluation.

Achievement of superconducting qubits with high coherence and demonstration of large-scale integration.

Staff Members (As of July. 1st, 2026)

photo	position & name	field of expertise
	Team Leader, Kunihiro INOMATA	Cryogenic physics experiments, Superconducting quantum devices, Microwave quantum optics
	Senior Researcher, Takahiro YAMADA	Research and development of quantum devices
	Senior Researcher, Toyofumi ISHIKAWA	Solid-state quantum computing, Superconducting quantum circuits, Quantum sensing
	Senior Researcher, Marc GALI	Applied Mathematics, Superconducting Quantum Devices (Theory), Theoretical Physics, Optics
	Senior Researcher, Akiyoshi TOMONAGA	Superconducting quantum computing hardware design, fabrication and measurement
	Senior Researcher, Kohei MATSUURA	Superconducting quantum circuits, Cryogenic physics experiments, Condensed matter physics
	Researcher, Takaaki AOKI	Quantum Computing, Quantum Dynamics