Conveners
SATELLITE MEETING: Magnetic Materials in the Light of Photons, Neutrons and Free Electron Lasers - PART 1
- Jozef Bednarčík (Pavol Jozef Šafárik University in Košice, Faculty of Science, Institute of Physics)
SATELLITE MEETING: Magnetic Materials in the Light of Photons, Neutrons and Free Electron Lasers - PART 2
- Juraj Krempaský (Paul Scherrer Institute, Swiss Light Source)
The aim of this talk is to explaine role of main stakeholders preparing policy of Ministy of Education, Ressearch, Development and Youth of the Slovak Republic during the process of establishing SK Infrastructure Roadmap. One of the planned measures is establishing of the **National Contact Point for XFEL and other European Research Infrastructures (hereinafter referred to as the NCP XFEL) ...
The Spectroscopy and Coherent Scattering (SCS) Instrument of the European X-ray Free Electron Laser (European XFEL) offers a wide range of measurement techniques and sample environments for ultrafast studies in solids and liquids. In this talk I will introduce the instrument and its capabilities with an emphasis on applications in magnetism.
The soft X-ray branch of the European XFEL...
In this contribution we introduce a novel approach for fabrication of magneto-resistive multilayer nanowires and present their spin structure determination using synchrotron radiation.
Complex nano-structuring routines on magnetic multilayers are frequently applied in data storage and sensor technology to functionalize devices via shape anisotropy. Here we test, if sputter deposition onto...
At a fundamental level, the altermagnetic phase manifests as collinear magnetism characterized by zero net magnetization, highlighting a distinct spin symmetry that emerges from the decoupling of spin and crystal space symmetries. MnTe exemplifies such a material, and Spin- and Angle-Resolved Photoemision Spectroscopy (SARPES) has proven to be an effective method for investigating its...
The interplay between spin-orbit interaction (SOI) and magnetic order is currently one of the most active research fields in condensed matter physics. Famous examples of this interplay are skyrmions and spin waves, but also the unique properties of altermagnets, the search for Majorana zero modes, and magnetic topological insulators fit directly in this field and have gained much attention in...
The beamline for advanced dichroism experiments (BLADE) is a soft x-ray beamline at the UK synchrotron facility Diamond light source. It delivers soft x-ray beam in the energy range from $0.4$ to $1.6$ keV. This energy range is optimized for the dipolar transitions of 3$d$ transition metals ($L_2,_3$ edges) and rare earth elements ($M_4,_5$ edges). So the absorption effect benefits from a...
The I12-JEEP beamline as a part of the national UK synchrotron facility Diamond Light Source (DLS) represents a versatile instrument combining high-energy ($53 – 150$ keV) X-ray scattering and imaging techniques used in the structural characterization of metallic and non-metallic materials, chemical products, geological, biological, archaeological, and palaeontological samples [1, 2]. The...
The neutron and, more recently, X-ray spectroscopy have been standard workhorses for investigations of condensed matter dynamics at atomic resolution. Nevertheless, the inherently weak interaction of both probes with matter, accompanied by the tiny flux densities of neutron beams and by the huge Xray photon energy as compared to the energy scale of elementary excitations in condensed matter,...
A dynamic panel discussion will be hosted as part of the satellite meeting, Magnetic Materials in the Light of Photons, Neutrons, and FELs. Cutting-edge advances in magnetism research will be explored by leading experts, and groundbreaking studies alongside the transformative role of large-scale facilities, such as neutron sources, synchrotrons, and free-electron lasers, will be highlighted....
