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PRODID:https://murmitoyen.com/events/vanille/udem/
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DTSTAMP:20260416T100629
DTSTART:20130722T113000
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URL:https://murmitoyen.com/events/vanille/udem/detail/257010
LOCATION:Université de Montréal - Pavillon Roger-Gaudry\, 2900\, chemin d
 e la Tour\, Montréal\, QC\, Canada\, H3T 1J6
SUMMARY:Materials research at the Dresden High Magnetic Field Laboratory
DESCRIPTION:Jochen Wosnitza\, Dresden High Magnetic Field Laboratory\, Helm
 holtz Zentrum Dresden Rossendorfl\, Rossendorf\, Germany In this talk\, a
  brief overview on the experimental infrastructure and the in-house resear
 ch at the Dresden High Magnetic Field Laboratory (Hochfeld-Magnetlabor Dre
 sden\, HLD) will be given. High magnetic fields are one of the most powerf
 ul tools available to scientists for the study\, modification\, and contro
 l of the state of matter. The application of magnetic fields\, therefore\,
  has become a commonly used instrument in condensed-matter physics and the
  demand for the highest possible magnetic-field strengths increases contin
 uously. At the HLD\, that has opened its doors for external users in 2007\
 , pulsed magnetic fields beyond 90 T have been reached. The laboratory rec
 ently has achieved a record field of 94.2 T having the ambitious goal of r
 eaching 100 T on a 10 ms timescale. In the pulsed magnets\, a variety of e
 xperimental methods are available allowing to measure e.g. electrical tran
 sport\, magnetization\, magnetostriction\, ultrasound\, ESR\, and even NMR
  with very high resolution. As a unique feature\, a free-electron-laser fa
 cility next door allows high-brilliance radiation to be fed into the pulse
 d-field cells of the HLD\, thus making possible high-field magneto-optical
  experiments in the range from 3 to 250 µm. In-house research of the HLD
  focuses on electronic properties of strongly correlated materials at high
  magnetic fields. This includes the investigation of novel magnetic materi
 als\, the determination of Fermi surfaces of novel superconductors and hea
 vy-fermion systems by means of measurements of magnetic quantum oscillatio
 ns as well as the recently found evidence for the existence of the Fulde
 ‑Ferrell‑Larkin‑Ovchinnikov state in an organic superconductor.  S
 ite web du groupe de  Prof. WosnitzaCette conférence est présentée par 
 le RQMP Versant Nord du Département de physique de l'Université de Mont
 réal et le Département de génie physique de Polytechnique Montréal.
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