Electric fields unlock new ways to control molecular spins

An international collaboration involving researchers from Cnr Nano has opened new avenues for controlling the quantum properties of molecules, demonstrating that the spin chirality in magnetic molecules can be manipulated using electric fields. Results are published in Nature Communications.

Superconductors show surprising thermoelectric response

A new study predicts that type II superconductors, typically thought incapable of thermoelectric effects, can generate high-efficiency power by exploiting vortices and breaking particle-hole symmetry, offering promising applications in quantum technologies.

The Quantum Cascade Laser turns 30

Thirty years after its debut, the Quantum Cascade Laser continues to push the boundaries of photonics and quantum technology. Cnr Nano plays a key role in advancing this groundbreaking technology, as highlighted during the recent international conference on QCL research and innovation

New Nano Colloquia Series – Second Semester 2024

Be ready to delve into the institute’s cutting-edge research with the Nano Colloquia 2024 Second Semester schedule. Our scientists will showcase their latest achievements and discuss fresh perspectives on ongoing projects.