Our DNA since the creation of the laboratory
by its founders:
To build on fundamental research in spintronics, superconductivity, oxitronics and, more recently, neuromorphic physics;
To develop innovative applications in information and communication, quantum technologies and beyond-CMOS electronics.
News
The Edelstein Effect in KTaO₃(110) 2DEGs: A Pathway to Orbitronics
For years, the orbital Edelstein effect (OEE), which converts an electric field into a non-equilibrium orbital polarization, remained theoretically intriguing but experimentally elusive. While...
Deterministic control of antiferromagnetic order with an electric field
Multiferroic materials are attractive for controlling magnetic order using an electric field, a process that potentially requires very little energy. In the model multiferroic...
Thomas Buttiens wins best poster award at PEPR Electronique Conference
Congratulations to Thomas Buttiens, a PhD student working at Laboratoire Albert Fert in collaboration with C2N, for receiving one of the Best Poster Awards...
