Laboratory Condensed Matter (LSC) The PSI Laboratory for Condensed Matter uses synchrotron radiation for spectroscopy, imaging and diffraction techniques. More about us Lab News & Scientific Highlights 22.08.2024 •Future Technologies Controlling magnetic waves in a spin liquid Further information aboutSwissFEL Scientists at the Paul Scherrer Institute PSI have shown that excitation of a spin liquid with intense THz pulses causes spins to appear and align within less than a picosecond. This induced coherent state causes a magnetic field to form inside the material, which is detected using ultrashort X-ray pulses at the X-ray Free Electron Laser SwissFEL. 15.08.2024 Elusive multiferroicity in RNiO3 perovskites In our recent paper we examined YNiO3 and proved that the RNiO3 type material known for its metal-insulator transition is in fact a type II multiferroic. We provide direct evidence of an electric-field-driven switch of the noncolliear magnetic state finally confirming the proposed type II multiferroic nature of YNiO3. 01.08.2024 Move the soft mode by electric fields in quantum paraelectric SrTiO3 PSI Researcher used inelastic neutron scattering to show how collective lattice vibrations can be controlled by electric fields. These results indicate that different eigenmodes can couple in field in this incipient ferroelectric. More News Contact Prof. Dr. Frithjof Nolting Head of Laboratory frithjof.nolting@psi.ch +41 56 310 51 11 Martina Füglister Administrative Assistant martina.fueglister@psi.ch +41 56 310 31 41
22.08.2024 •Future Technologies Controlling magnetic waves in a spin liquid Further information aboutSwissFEL Scientists at the Paul Scherrer Institute PSI have shown that excitation of a spin liquid with intense THz pulses causes spins to appear and align within less than a picosecond. This induced coherent state causes a magnetic field to form inside the material, which is detected using ultrashort X-ray pulses at the X-ray Free Electron Laser SwissFEL.
15.08.2024 Elusive multiferroicity in RNiO3 perovskites In our recent paper we examined YNiO3 and proved that the RNiO3 type material known for its metal-insulator transition is in fact a type II multiferroic. We provide direct evidence of an electric-field-driven switch of the noncolliear magnetic state finally confirming the proposed type II multiferroic nature of YNiO3.
01.08.2024 Move the soft mode by electric fields in quantum paraelectric SrTiO3 PSI Researcher used inelastic neutron scattering to show how collective lattice vibrations can be controlled by electric fields. These results indicate that different eigenmodes can couple in field in this incipient ferroelectric.