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SUMMARY:FIB structures of quantum materials: an outlook
DTSTART:20220915T140000
DTEND:20220915T150000
DTSTAMP:20260609T200137Z
UID:af527e114b5fab9b1437959c6923f605caf122e38cbad613c48228d1
CATEGORIES:Conferences - Seminars
DESCRIPTION:Prof. Philip Moll\nRecent evolutions in the field of Focused I
 on Beams are enabling unprecedented control over the shape and functionali
 ty of chemically complex materials. Unlike mature systems\, such as Si whi
 ch can be readily processed by lithographic means\, novel materials often 
 occur in the form of small\, inhomogeneous particles which call for maskle
 ss fabrication methods. Furthermore\, current trends in magnetic\, topolog
 ical and correlated quantum materials evolve around 3D metallic and semi-m
 etallic compounds in which physical properties cannot be defined by electr
 ostatic gates like silicon. Instead\, their electronic functionality follo
 ws their 3D shape – calling for non-planar structuring methods. These ch
 allenges are well met by 3D FIB fabrication. I will review ongoing challen
 ges in the field of microstructured quantum matter and paint an outlook of
  physics\, material science and FIB developments on its path into the futu
 re.
LOCATION:MXC 315 https://plan.epfl.ch/?room==MXC%20135 https://epfl.zoom.u
 s/j/2019908135
STATUS:CONFIRMED
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