© Inès Dupon-Lahitte, EMFL Industrial Liaison Officer and ISABEL project manager. Members of the European Magnetic Field Laboratory went to various trade fairs and events in 2024 to meet our current and make contacts to future industrial partners. In [...]
Every two years, the staff members from all four EMFL sites meet somewhere outside their facilities to exchange ideas, discuss best practices of administrative procedures, and strengthen the common EMFL spirit. This time, the sixth meeting of the EMFL Days took place in Prague from 16 to 18 September 2024. [...]
© Peter Albers (HFML-FELIX). The 13th International Conference on Research in High Magnetic Fields (RHMF 2024) was held in Nijmegen, the Netherlands from 7 to 11 July 2024. The conference was hosted by HFML-FELIX, Radboud University Nijmegen and attracted more than 100 participants from countries all over the world. The [...]
Dear colleague, The SuperEMFL project aims to design all-superconducting user magnets for the European Magnet Field Laboratory (EMFL). Through the development of high temperature superconductor technology, and its combination with low temperature superconductor magnets, DC magnetic fields in access of 40 T could be within reach in a reasonable time [...]
We are very pleased that a part of SuperEMFL team has been selected winner of the Cryogenics best paper of 2020 award! The authors are from LNCMI Grenoble and CEASaclay. For the announce and the article click here
The Super EMFL project started on the 1st of January, whithin the European programme Horizon2020. For the next four years 11 partners will conduct a research on designing a new high temperature superconductor magnet. Follow other news and project advancements here on this website, on SuperEMFL pages! [...]
The primary objective of the EU funded design study SuperEMFL is to add an entirely new dimension to the EMFL through the development of all-superconducting user magnets at unprecedented field strengths of 40 T and beyond, granting the European high-field user community access to such high superconducting magnetic fields, more [...]