News

Examining gender discrimination for more equitable science

A workshop at Cnr addressed gender discrimination in research, offering strategies for promoting equality. Expert discussions and group sessions highlighted biases and the need for inclusive approaches, with contributions from Cnr Nano, supporting the Cnr Gender Equality Plan.

Unlocking Far-Infrared with the first compact 9 THz source

Researchers developed the first miniaturized and efficient technology for producing waves in the far-infrared range. The result fills a technological gap and opens up applications in diagnostic imaging and environmental monitoring. The study is published in Nature Communications.

CnrNano startup DSQM wins Premio America Innovazione

DSQM, a spin-off rooted in Cnr Nano research, won the Italia USA Foundation award dedicated to the best Italian innovators, for its cutting-edge technology based on superconducting materials, demonstrating the innovative value of frontier research.

Revealing hidden structures in layered materials using light

Cnr Nano research team has harnessed luminescence spectroscopy techniques to distinguish atomic-scale differences within layered materials. Published in Physical Review Letters, this study bears promising implications in materials design

Nano Colloquia 2023 – the second semester series is out!

The Nano Colloquia seminars feature two talks every month by Cnr Nano researchers presenting latest research achievements and discussing new perspectives within our community. Be ready to explore the institute’s most advanced research.

Cnr Nano unveils first homegrown quantum cascade laser

Leveraging cutting-edge equipment and their specialized expertise, Cnr Nano researchers have successfully unveiled their inaugural domestically-produced quantum cascade laser. This achievement places them at the forefront of laser innovation, showcasing notable technological edge.

Stepping up with Josephson junctions

Cnr Nano researchers observed half-integer Shapiro steps in highly transmissive InSb nanoflag Josephson junctions. This intriguing finding suggests the presence of new and unexplored phenomena within such devices.