High quality PrVO3 and LaVO3 thin films are grown by ozone MBE, with excellent control of the stoechiometry and deposition process.
These exhibit anti-polar motion of the rare-earth cations, which opens new routes
to tailor ferroelectricity by design in symmetry-breaking magnetic oxides superlattices.
Thanks to a strong collaboration between Beihang University and Lorraine University. Xiaofei Fan in his PhD work has demonstrated that by introducing a thin VO2 layer into a specific Spin-Valve, a laser induced ultra-short electron Read more…
Spontaneous symmetry breaking is ubiquitous in physics. In this paper, we consider a periodic magnetic modulation and observe its Goldstone and Higgs spin wave modes at room temperature using microwave and optical techniques. This study Read more…
Thanks to a close collaboration between two IJL’s research teams (Micro and Nano systems & Nano-Magnetism and Spintronic teams) a wireless magnetic field and temperature sensor is born. This study is reported in Advanced Materials Read more…