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 08.04.2024 •Grossforschungsanlagen •10 min Musik mit Röntgenlicht retten Further information aboutSLS Die SLS spielt den «King of the Blues» – B.B. King! In Zusammenarbeit mit dem «Montreux Jazz Digital Project» werden am PSI historische Tonbänder digitalisiert. 04.03.2024 Spatially reconfigurable topological textures in freestanding antiferromagnetic nanomembranes Researchers from the University of Oxford have imaged, through the use of the soft X-ray microscopy capabilities at the Swiss Light Source, spatially reconfigurable antiferromagnetic states in topologically rich free-standing nanomembranes 01.02.2024 Short x-ray pulses reveal the source of light-induced ferroelectricity Ultrafast measurements of the fluctuating atomic positions in the quantum paraelectric SrTiO3 after mid-infrared light excitation, reveal details about the creation of the material’s ferroelectric state. 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
08.04.2024 •Grossforschungsanlagen •10 min Musik mit Röntgenlicht retten Further information aboutSLS Die SLS spielt den «King of the Blues» – B.B. King! In Zusammenarbeit mit dem «Montreux Jazz Digital Project» werden am PSI historische Tonbänder digitalisiert.
04.03.2024 Spatially reconfigurable topological textures in freestanding antiferromagnetic nanomembranes Researchers from the University of Oxford have imaged, through the use of the soft X-ray microscopy capabilities at the Swiss Light Source, spatially reconfigurable antiferromagnetic states in topologically rich free-standing nanomembranes
01.02.2024 Short x-ray pulses reveal the source of light-induced ferroelectricity Ultrafast measurements of the fluctuating atomic positions in the quantum paraelectric SrTiO3 after mid-infrared light excitation, reveal details about the creation of the material’s ferroelectric state.