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SUMMARY:Bayesian quantum phase estimation with multiple quantum computers 
 - Walden Killick\, Cambridge Consultants
DTSTART:20250604T113000Z
DTEND:20250604T130000Z
UID:TALK230926@talks.cam.ac.uk
CONTACT:Lila Cadi Tazi
DESCRIPTION:The goal of achieving practical quantum advantage on early fau
 lt-tolerant hardware has motivated two repeating themes in the recent desi
 gn and development of quantum algorithms: (1) splitting large quantum circ
 uits into collections of smaller quantum circuits\, and (2) building inher
 ent noise-resilience into algorithms rather than relying solely on error c
 orrection. A unique yet largely unexplored opportunity that arises from th
 ese properties is the ability to use multiple quantum computers\, of diffe
 ring qubit modalities\, for the same problem. In this work\, we apply thes
 e ideas to Bayesian quantum phase estimation\, showing how phase estimatio
 n may be accelerated by leveraging the various speed-to-accuracy tradeoffs
  inherent to different qubit modalities.
LOCATION:Room U202\, Cybercafe\, Yusuf Hamied Department of Chemistry\, Ca
 mbridge
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