- New state may contribute to the development of quantum technologies based on light-matter interaction -

— An important step toward a high-accuracy current standard —

- Toward high-speed and large-capacity wireless telecommunications with high-accuracy microwave and millimeter waves -

-An important step toward photonic computation that solves intractable mathematical problems-

 -Lossless wavelength conversion of single photons in an optical fiber-

- Enhancement of spin lifetime with application of an external electric field -

- Making it possible in the near future to link metropolises within an 800 km radius in an all-photonic way without quantum repeaters -

 - New scheme based on the "wave function collapse" verified experimentally -

 - Key component of electron quantum optics using graphene -

— A multifunctional optical device for quantum information experiments using photons —

- Rendering the quantum internet an ultimate challenge for the future photonic network -

: Enhancing the sensitivity by an order of magnitude

～Characterizing inner-shell electron using isolated attosecond pulse～

- Transfer of electrons one by one via a charge trap in silicon transistors -

- Probing the microscopic structure of electron solids using magnetic resonance -

- Electron confinement to nanostructures of atomic building blocks with exact fidelity -

- Dynamic phononic crystal realized with MEMS technology -

- Big progress toward ICT with low power consumption -

: Observation of a hidden state in a superconductor diamond quantum hybrid system