This research is supported by MEXT Q-LEAP (Quantum Leap Flagship Program).

Q-LEAP Quantum Metrology and Sensing

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Flagship Project
Flagship Project
- Development of innovative sensor systems
  by highly sophisticated control
  of solid quantum sensors
Research Group
Quantum Spintronics Gr.

Quantum Life Gr.

Bio-sensing Gr.

Neuron Measurement Gr.

High Pressure Synthetic Materials Gr.

Material & Device Gr.

Sensor System Gr.

Magnetoencephalography Gr.

Battery Monitor Gr.
Basic Foundation Research
Basic Foundation Research
Establishment of earthquake early alert methods using high-sensitivity gravity gradiometer

Development of quantum atomic magnetometer with dual quantum noise squeezing

Research on quantum sensing devices using quantum entangled photons

Development of next generation high-performance inertial quantum sensors

Development of photon-number-resolving quantum nano-photonics

Development of Spectroscopic techniques based on cutting-edge quantum optics toward elucidating functions of complex molecular systems

Material science of complex defects for highly-sensitive quantum sensors
Research Activities
Research Activities
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Tokyo Tech Y. Hatano’s paper on “Simultaneous th...

Appl. Phys. Lett. 118, 034001 (2021); https://doi.org/10.106...

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Tokyo Tech T. M. Hoang’s paper on “T...

AIP Scilghts: https://aip.scitation.org/doi/10.1063/10.00034...

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State Minister for Science and Technology Policy...

Naokazu Takemoto, State Minister for Science and Technology ...

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Q-LEAP Quantum Metrology and Sensing HQ

Tokyo Institute of Technology
North Bldg. 3
NE-27, 2-12-1 Ookayama, Meguro-ku,
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Flagship Project
Development of innovative sensor systems
by highly sophisticated control of solid quantum sensors
Quantum Spintronics Gr.
Material & Device Gr.
Quantum Life Gr.
Sensor System Gr.
Bio-sensing Gr.
Magnetoencephalography Gr.
Neuron Measurement Gr.
Battery Monitor Gr.
High Pressure Synthetic Materials Gr.

Basic Foundation Research
Establishment of earthquake early alert methods using high-sensitivity gravity gradiometer
Development of photon-number-resolving quantum nano-photonics
Development of quantum atomic magnetometer with dual quantum noise squeezing
Development of Spectroscopic techniques based on cutting-edge quantum optics toward elucidating functions of complex molecular systems
Research on quantum sensing devices using quantum entangled photons
Material science of complex defects for highly-sensitive quantum sensors
Development of next generation high-performance inertial quantum sensors

Research Activities
Conferences
Journals
Awards
Press Release etc.

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Please contact Q-LEAP Quantum Metrology and Sensing HQ if you have any questions about the content of this website.

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