- Proposed Research Ａ01：Study of superconducting quantum cybernetics
- Proposed Research Ａ02：Study of the control, measurement, and transfer of quantum information using a semiconductor nanoassembly
- Proposed Research B01：Molecular spin quantum control
- Proposed Research C01：Quantum control using cold atoms
- Proposed Research C02：Quantum information processing using an ion trap system
- Proposed Research D01：Realization of quantum cybernetics using photonic quantum circuits
- Proposed Research D02：Light-based multi-qubit quantum control
[2012 Selected]
- 01：Heterogeneous Quantum Repeater Hardware
- 02：Classical Compilers for Topological Quantum Information Processing
- 03：Study of the initialization of an electron spin
- 04：Development of element technologies and elucidation of physics toward realization of silicon quantum bits
- 05：Quantum non-equilibrium statistical physics and thermodynamics in the control and detection of quantum coherent processes
- 06：Research on charge-state controlled single-photon device toward realizing long-distance transfer of electron spin state
- 07：Toward Manipulation of Quantum Spin Information in Biomolecules
- 08：Research for electrical control of quantum information by NV center in diamond
[2010 Selected]
- 01：New development of quantum estimation theory in quantum cybernetics
- 02：Realization of cluster quantum computation using a Fermi-degenerate 171Yb atomic ensemble ⇒This research proposal was terminated at the end of March 2011 due to be selected by Funding Program for Next Generation World-Leading Researchers (NEXT Program)
- 03：Theory on quantum coherence in hybrid quantum system of superconductor and quantum dot
- 04：Study of single NV center in diamond toward scalable multi-qubit system
- 05：Manipulation of electron spin and nuclear spins in hetero-g-factor double quantum dot
