Photo (©) HZDR/Oliver Killig
The European Magnetic Field Laboratory
Photo (©) HZDR/Jürgen Jeibmann
Photo (©) CNRS/Cyril Fresillon
Photo (©) HZDR/André Wirsig
Scientific Highlights
QUANTUM INTERFERENCE BETWEEN QUASI-2D FERMI-SURFACE SHEETS IN UTe2
Alex Eaton, University of Cambridge, UK and Yurii Skourski, HLD. Scientists from the UK, USA, Czech Republic, and Germany have studied the Fermi surface of the heavy-fermion superconductor UTe2. This material is of particular interest [...]
POSSIBLE METAMAGNETISM IN THE HIGHPRESSURE TETRAGONAL PHASE OF UTe2
Tristan Thebault, William Knafo, LNCMI Toulouse, Daniel Braithwaite, Gérard Lapertot, Georg Knebel, CEA-Grenoble, and Dai Aoki, Tohoku University. The interplay between magnetism and unconventional superconductivity in UTe2 was extensively studied in the past few years. [...]
HIGH-FIELD NMR UNVEILS FIELD-REINFORCED SUPERCONDUCTIVITY IN UTe2
Y. Tokunaga, Japan Atomic Energy Agency, Tokai, Japan, M. Horvatić and Steffen Krämer, LNCMI Grenoble. The uranium-based superconductor UTe2 provides an attractive platform for studying the novel physics of spin-triplet and topological superconductivity in bulk materials. [...]
QUANTUM HALL EFFECT IN InAsSb QUANTUM WELLS AT ELEVATED TEMPERATURES
Maurice Bal, HFML Nijmegen. Since its discovery in 1980 by von Klitzing et al., the quantum Hall effect (QHE) has been measured in many different 2D systems, mainly at cryogenic temperatures. Currently, graphene is the [...]
Technical Highlights
MAGNETOFORMING COILS WITH A LONG LIFETIME: LNCMI TO CEMENT TIES WITH Bmax
Since 2013, the LNCMI is collaborating with the Toulouse company Bmax / I Cube Research to design magnetoforming coils with long lifetime. Durability is a crucial issue for using electromagnets at an industrial scale, requiring [...]
THE 43+T GRENOBLE HYBRID MAGNET: MAJOR ACHIEVEMENTS FOR FINAL ASSEMBLY
Rolf Pfister, Michael Kamke, Eric Verney, Mickaël Pelloux, Eyub Yildiz, Luc Ronayette, and Pierre Pugnat, LNCMI Grenoble. The hybrid magnet, combining resistive and superconducting technologies and that is under construction at LNCMI-Grenoble, has reached important [...]
DESIGN OF A PULSED MAGNETIC DIPOLE FOR MAGNETIC LINEAR BIREFRINGENCE MEASUREMENTS
Jérôme Béard, LNCMI Toulouse. We have designed a novel pulsed magnetic dipole, called foil coil, which can deliver a transverse magnetic field of more than 10 T along a 0.85 m optical access operating without [...]
SUPEREMFL: TOWARDS ALL-SUPERCONDUCTING USER MAGNETS BEYOND 40 TESLA
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 [...]
Meet Our People
Inès Dupon-Lahitte, LNCMI-Toulouse
Photo (©) Inès Dupon-Lahitte. Published on August 27, 2024 Since April of this year, I am EMFL´s new Industrial Liaison [...]
Zilan Kilic, HFML
Photo (©) Zilan Kilic. Published on June 10, 2024. Since September of last year, I can proudly call myself a member [...]
Yuriy Krupko, LNCMI-Grenoble
© Yuriy Krupko, LNCMI-Grenoble. Published on Feb 19, 2024. Hello. My name is Yuriy Krupko and I am a cryogenics [...]
Jeremy Sourd, HLD
Photo (©) Jeremy Sourd. Published on Jan 3, 2024. Since July 2023, I am doing my first postdoctoral stay [...]
Our Members and Scientific Associates
Standard acknowledgement phrase EMFL *
This work was supported by HLD-HZDR (and/or LNCMI-CNRS and/or HFML-RU/NWO-I), members of the European Magnetic Field Laboratory (EMFL).
For work supported by EPSRC (e.g. when a co-author has a UK affiliation) *
This work was supported by HLD-HZDR (and/or LNCMI-CNRS and/or HFML-RU/NWO-I), members of the European Magnetic Field Laboratory (EMFL) and by EPSRC (UK) via its membership to the EMFL (grant no. EP/N01085X/1)
For work supported by the Polish grant (e.g. when a co-author has a Polish affiliation) *
This work was supported by HLD-HZDR (and/or LNCMI-CNRS and/or HFML-RU/NWO-I), members of the European Magnetic Field Laboratory (EMFL) and by the Ministry of Education and Science, Poland (grant no. DIR/WK/2018/07) via its membership to the EMFL.
*please select the right facility
