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Project Summary
Project Summary
Diamond spin qubits are attracting increasing attention due to their unique combination of high-efficiency optical readout and long coherence times, even at room temperature.
The ASPIRE–DIAMONDQTECH project brings together leading research teams from Japan and Germany to advance diamond-based quantum technologies for quantum sensing and quantum communication.
By integrating expertise in diamond material science, coherent spin control, surface chemistry, and photonic integration, the project aims to establish a strong international research platform and foster the next generation of researchers.
ASPIRE–DIAMONDQTECH is jointly led by principal investigators from Japan and Germany and is implemented through close coordination among the participating research groups.
The project brings together complementary strengths from both countries in diamond synthesis, coherent spin control, and quantum applications.
The research program is structured into four work packages, comprising application-oriented research (WP1: quantum sensing and WP2: quantum communication) and enabling technologies (WP3: diamond material science and WP4: coherent control tools).
Principal Investigators
T.Ohshima
QST team
Japan-based Principal Investigator
Takeshi Ohshima
Director, Quantum Materials and Applications Research Center
Takasaki Institute for Advanced Quantum Science
National Institutes for Quantum Science and Technology (QST), Japan
Quantum Materials and Applications Research Center – National Institutes for Quantum Science and Technology
F.jelezko
Ulm team
Germany-based Principal Investigator
Fedor Jelezko
Professor, Director of the Institute of Quantum Optics
Ulm University, Germany
Institute for Quantum Optics – Universität Ulm
WP1: Quantum Sensing
High-sensitivity quantum sensing using diamond spin qubits, including biomedical and environmental sensing.
WP2: Quantum Communication
Development of diamond spin qubits as building blocks for quantum communication and quantum networks.
WP3: Material Science
Tailored diamond material development optimized for quantum technologies.
WP4: Coherent Control Tools
Advanced coherent control and spin manipulation techniques for diamond spin qubits.
Contact
ASPIRE-DIAMONDQTECH Administrative Support Office
Quantum Materials and Applications Research Center
Takasaki Institute for Advanced Quantum Science
National Institutes for Quantum Science and Technology
1233 Watanuki, Takasaki, Gunma 370-1292, Japan
Email: jimu-Aspire”@”qst.go.jp
