Toni Helm, HLD. The recent discovery of superconductivity (SC) in the heavy-fermion metal UTe2 with a critical temperature of about 2 K triggered much excitement, as its critical field reaches values approaching those of high-Tc superconductors. Moreover, UTe2 appeared very quickly as a potential candidate for topological spin-triplet SC that [...]
We are very pleased to inform you that SUPERMAX, the International Workshop on Superconductivity & Magnetism in f-Electron Quantum Materials under Extreme Conditions, will be held in Toulouse from 14 to 18 October 2024. This workshop will focus on recent experimental and theoretical developments in the research on superconductivity and [...]
It is our great pleasure to invite you to attend the one-day workshop on “Science and Technology in High Magnetic Fields” at Wolfson College (Oxford, UK) on Wednesday 6th of December 2023. The workshop will examine recent advances in using and creating high magnetic fields, discuss the needs for further tools and [...]
EMFL participates to HANNOVER MESSE - 2023 edition, which takes place between 17th and 21st of April. A great opportunity for us to participate to exchange our knowledge, extend our network and discuss potential collaborations with experts on a great range of topics. You will be able to meet us [...]
The SuperEMFL consortium met at Ismaning in December 1st and 2nd, 2022, for and Executive and Governing Board. THEVA hosted partners and organised a visit to their premises. All partners had very fruitful exchanges and are ready to go for other two years of project!
MEET ISABEL TEAM AT THE WIRE DUSSELDORF - 2022 EDITION ! This year, the ISABEL team will represent EMFL at the International Wire and Tube Trade Fair 2022, which will be held in Düsseldorf from June 20-24. With great pleasure, we will share our [...]
Matija Čulo, Salvatore Licciardello, and Nigel Hussey, HFML. Researchers from HFML, UK, USA, and Japan have carried out a detailed magnetotransport study of the electronic nematic superconductor FeSe1-xSx that reveals key signatures of the so-called ‘strange metal’ behavior in vicinity of its nematic quantum critical point (QCP) xс ≈ 0.17. [...]