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VERSION:2.0
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METHOD:PUBLISH
BEGIN:VEVENT
DTSTAMP:20261102T065254Z
UID:https://www.mpie.de/events/47268/3428329
DTSTART:20261123T103000Z
DTEND:20261123T113000Z
CLASS:PUBLIC
CREATED:20261030T122809Z
DESCRIPTION:From the sound of a violin to the waves in a pond\, whenever ph
 ysics is governed by wave equations the shape or boundary conditions of th
 e wave are crucial in determining its spectrum. Even in quantum systems\, 
 when many electrons entangle into correlated manybody states\, the emergen
 t excitations still sense the shape of the crystal that confines them. Rec
 ent advances in Focused Ion Beam microfabrication have enabled breakthroug
 hs in the shape control of 3D quantum systems\, impacting and changing the
 ir symmetry and function by shape. For example\, the triangular symmetry o
 f atoms found in so-called Kagome superconductors can be frustrated in sam
 ples with cubic shape\, leading to instabilities and switching behavior ab
 sent in the bulk – with potential utility in quantum technologies. I wil
 l review both the use of FIB in fabrication as well as the physics cases u
 ncovered by this method at MPSD in Hamburg.\nSpeaker: Prof. Philip J.W. Mo
 ll
LAST-MODIFIED:20261030T123245Z
LOCATION:Max Planck Institute for Sustainable Materials\, Room: Large Confe
 rence Room No. 203
ORGANIZER;CN=on invitation of Prof. Gerhard Dehm:mailto:
SUMMARY:Function follows form: When shape dictates functionality of quantum
  materials
URL;VALUE=URI:https://www.mpie.de/events/47268/3428329
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