Quantum Technology Institute develops technologies for measuring and controlling quantum objects and excitations such as photons, atoms, electrons, and phonons. Additionally, we develop technologies for generating and controlling quantum informational features such as qubits and quantum entanglement.

These quantum technologies lead to innovative applications in various fields, including new measurement standards (Josephson voltage standards, quantum Hall resistance standards, optical lattice clocks), advanced computing systems (quantum computers), communication systems with enhanced security (quantum cryptography), and sensing and imaging with high-sensitivity (quantum sensors). We are aiming at building a solid foundation for future industries by developing key technologies and achieving excellence in research,

Suborganization

• Quantum Magnetic Sensing Group
• Quantum Optics Group
• Quantum Device Group
• Quantum Electricity and Magnetism Metrology Group
• Quantum Mass Metrology Group
• Atomic Quantum Sensing Group