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SUMMARY:Quantum Devices with Graphene -  Prof Klaus Ensslin (ETH Zurich)
DTSTART:20220428T173000Z
DTEND:20220428T183000Z
UID:TALK173387@talks.cam.ac.uk
CONTACT:Yansheng Zhang
DESCRIPTION:Today's transistors are made of silicon. Also\, spin qubits in
  silicon are among the contenders for a future quantum information process
 or. Graphene has emerged as a unique material in terms of tunability and e
 lectronic properties. How can the thinness of graphene be utilized for qua
 ntum devices? What can we learn from the peculiar bandstructure of graphen
 e\, in particular topological properties such as Berry curvature? In what 
 way does twisting of graphene layers open completely new avenues?
LOCATION:The Winstanley Lecture Theatre\, Trinity College\, Cambridge
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