The Carl Trygger Foundation for Scientific Research has generously supported the European School on Magnetism. Based in Sweden, the foundation promotes high-quality research in natural sciences and technology by funding scientific projects, researchers, and academic initiatives. Its support helps strengthen international training and collaboration in magnetism, enabling young scientists to learn from leading experts and engage with a vibrant European research community.
Durham Magneto Optics Ltd (DMO) is a pioneering UK-based company specializing in advanced instrumentation for the study and characterization of magnetic and quantum materials. Founded as a spin-off from Durham University, DMO is internationally recognized for its expertise in magneto-optical imaging, Kerr microscopy, and cryogenic magnet systems tailored for research in magnetism, spintronics, and superconductivity.
At the core of DMO’s product line is the NanoMOKE3, a state-of-the-art magneto-optical Kerr effect microscope, offering high-resolution imaging and fast hysteresis loop measurements. Designed with modularity and precision in mind, DMO’s systems empower academic and industrial researchers to probe magnetic domains, magnetic switching, and thin film dynamics with unmatched clarity and sensitivity.
DMO combines cutting-edge optical technology with robust software integration, enabling intuitive control and automated data acquisition. With a global client base and a strong commitment to customer support, Durham Magneto Optics continues to shape the frontier of magnetic materials research.
Explore the invisible — visualize the magnetic. (DMO website)
CAYLAR is a French company specialising in the design and manufacture of high-precision scientific instrumentation for the generation, measurement and control of magnetic fields. With more than 60 years of experience, the company has developed recognised expertise in the fields of electromagnets, highly stable current sources, and magnetic-field measurement systems based on Nuclear Magnetic Resonance and Hall-effect technologies.
CAYLAR is able to provide complete and customised magnetic systems, combining magnetic simulation, coil design, power supplies, field mapping and precision measurement. Its instruments are used by universities, research laboratories and industrial facilities for applications requiring highly accurate and stable magnetic fields, including materials science, magnetism, magnetic resonance, sensor calibration and ultra-high-vacuum experiments.
Through its support of the School of Magnetism, CAYLAR contributes to the training of young scientists and to the development of research in magnetism. The organisers gratefully acknowledge CAYLAR for its sponsorship and commitment to the scientific community.
Elsevier is a global leader in scientific publishing, advanced information and decision-support tools for research and healthcare. The company works with researchers, universities, healthcare professionals and institutions worldwide to support the communication, evaluation and application of scientific knowledge.
Its portfolio includes internationally recognised scientific journals and digital platforms such as ScienceDirect, Scopusand Mendeley. Through these services, Elsevier helps researchers access scholarly literature, disseminate their results, analyse scientific impact and develop collaborations across disciplines. Its publications cover a broad range of fields, including physics, materials science, chemistry, engineering and the health sciences.
By supporting the School of Magnetism, Elsevier contributes to the education of young scientists and to the exchange of knowledge within the international magnetism community. The organisers gratefully acknowledge Elsevier for its sponsorship and its commitment to scientific research and education.