The 2024 EMFL user meetings for

>continuous fields (LNCMI Grenoble and HFML Nijmegen) and

>pulsed magnetic fields (HLD Dresden and LNCMI Toulouse)

will take place on 11th of June 2024, at the School of Physics and Astronomy of the University of Nottingham.

The meeting will examine recent advances in using and creating high magnetic fields, discuss the needs for further tools and developments, and create awareness of opportunities for collaborative research with the EMFL.

Distinguished invited speakers across disciplines will report on the use of high magnetic fields for fundamental research and technologies, the development of high magnetic fields, and their integration with other research tools and techniques.

The programme includes poster presentations, moderated discussions on facilities‘ developments and community needs. Details about the programme and registration will be updated in due course. If you are a user of the EMFL, we invite you to send your feedback on your experience during your last visit at one of the facilities of the EMFL to the User Committee.

The meeting will be hosted by Prof. Amalia Patanè, UK Director of the EMFL partnership.

We are looking forward to meeting you in Nottingham.

Please visit our website:

EMFL User Meeting (11 June 2024): Overview · Indico (ru.nl)

Presentations:

John Burgoyne, Oxford Instruments, UK. Superconducting magnet technologies for high field.

Oleg Makarovsky, University of Nottingham, UK. Quantum Nature of Charge Transport in Inkjet
Printed Graphene Revealed in High Magnetic Fields up to 60T.

Dmitrii Semenok, HPSTAR Beijing, China. Studies of hydride superconductors in pulsed magnetic fields up to 80 T
using special high-pressure DACs.

Chunyu (Mark) Guo, Max Planck Institute, Hamburg, Germany. Force-free microstructures reveal distinct switching of chiral
transport in AV₃Sb₅ Kagome superconductors.

Caitlin Duffy, LNCMI, France. Evidence for spin-fluctuationmediated superconductivity in n-doped cuprates.

Antony Carrington, University of Bristol, UK. CDT Superconductivity.

Adam Babinski, Warsaw, Poland. Optical spectroscopy of new 2D materials experimental opportunities at the University of Warsaw.

Georg Knebel, University of Grenoble Alpes, France. Unconventional Supercondutivity in UTe₂ in Extreme Conditions. 

Susanne Horn, Coventry University, UK. Magnetohydrodynamics of planets and stars. What idealised numerical simultanions and laboratory  experiments can teach us.