We study quantum nanostructures in low-dimensional materials to uncover phenomena and drive innovations in nanotechnology and quantum technologies.
Atomically precise quantum emitters in van der Waals materials via functionalization engineering.
Understanding nanoscale phenomena in carbon nanotubes and 2D materials through advanced spectroscopy.
Electrical control of excitonic properties in 2D materials via nanofabrication and quantum nanostructures.
We are pleased to announce that our research project “Creation of Quantum Electronics Devices through Molecular-Level Photolithography” has been selected for a research grant from …
We are looking for highly motivated and excellent graduate students and postdoctoral fellows from India to join our group through the LOTUS Programme. If you are interested, please …
Our recent work on deterministic fabrication of single-photon emitters in carbon nanotubes has been featured as a RIKEN Research Highlight. Reference D. Kozawa, Y. Shiota, M. Wang, …
Celebrating Astha's completion of the NIMS-ICGP program and bidding farewell to Astha and Rajendra.
Astha and Madhusmita presented their research at the 1st Workshop on Physical Properties of Two-Dimensional Materials at NIMS, with Astha winning first place in the poster …
As of October 1, 2025, Daichi has been appointed as a committee member of Area 7 (Molecular Solids and Organic Conductors) of the Physical Society of Japan. Area 7 promotes …