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SUMMARY:Showcasing emergent phenomena in superconducting materials: fracti
 onalization of ionic spin\, geometric inhibition of superconductivity\, an
 d nematic superconductivity - Prof. Wei Ku (Shanghai Jiao Tong University)
DTSTART:20241014T133000Z
DTEND:20241014T140000Z
UID:TALK222385@talks.cam.ac.uk
CONTACT:Kang Wang
DESCRIPTION:Interacting quantum many-body systems are known to display ric
 h and complex physical behaviors in different spatial and temporal scales.
   Controlled understanding of them\, on the other hand\, only become acces
 sible in the past decades through the conceptual development of energy-sca
 le guided emergence.  Rigorously based on the structure of quantum mechani
 cs\, this talk will introduce the basic concept of emergence in quantum ma
 ny-body system with a few cases studies\, including 1) fractionalization o
 f ionic spin in nickel-based superconductivity\, 2) inhibition and rekindl
 ed superconductivity in graphene\, and 3) nematic superconductivity in tra
 nsition metal dichalcogenides.
LOCATION:West 2\, West Hub
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