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BEGIN:VEVENT
UID:69fa6c30a0c03
DTSTART:20241209T110000Z
SEQUENCE:0
TRANSP:OPAQUE
DTEND:20241209T120000Z
LOCATION:Seminar Room
SUMMARY:ICFO | JAEMIN KIM
CLASS:PUBLIC
DESCRIPTION:Abstract:&nbsp\;\nQuantum networks have the potential to signif
 icantly advance quantum information processes\, including computation\, co
 mmunication\, and metrology. At the heart of these networks lies entanglem
 ent\, a crucial resource that must be effectively managed.\nCurrent strate
 gies for distributing entanglement among distant parties include quantum r
 epeaters and entanglement distillation. However\, these methods are constr
 ained by current Noisy Intermediate-Scale Quantum (NISQ) technologies\, wh
 ere noise in measurements and operations significantly reduces entanglemen
 t fidelity\, limiting their effectiveness.\nMy presentation addresses two 
 key questions:\nFirst\, how can entanglement be distributed in a quantum n
 etwork while overcoming the limitations of NISQ technologies\, particularl
 y focusing on measurement errors? To address this\, I propose a purificati
 on protocol for noisy measurement and state preparation.\nSecond\, how can
  a certification method for entanglement within these networks be develope
 d? I suggest an approach called \"teleportation-based estimation of observ
 ables\,\" incorporating entanglement witnesses to verify entanglement.
DTSTAMP:20260505T221616Z
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