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UID:20251105T052631EST-9061DvgzUI@132.216.98.100
DTSTAMP:20251105T102631Z
DESCRIPTION:TITRE / TITLE : Scalable control of quantum systems\n\nRESUME /
  ABSTRACT : Quantum information processing promise to develop computing\, 
 communication or sensing devices that are more powerful than their classic
 al counterparts. It does so by encoding and manipulating information in st
 ates that are either difficult or impossible to reach classically. Unfortu
 nately these states are typically extremely fragile. To turn the ideas of 
 quantum information processing into reality\, we need to make quantum info
 rmation robust to imperfection and imprecision inherent to realistic devic
 es. In the mid 1990's\, a theory of quantum error correction was discovere
 d and accuracy threshold theorems were proved showing that error can be co
 ntrolled using a reasonable amount of resources as long as the error rate 
 is smaller than a certain threshold. I will describe how quantum error cor
 rection works and talk about recent progress in this field both in theoret
 ically and experimentally. \n
DTSTART:20180323T200000Z
DTEND:20180323T210000Z
LOCATION:room 6254\, CA\, Pav. André-Aisenstadt\, 2920\, ch. de la Tour
SUMMARY:Lecture by Raymond Laflamme\, 2017 CAP-CRM Prize Recipient
URL:/mathstat/channels/event/lecture-raymond-laflamme-
 2017-cap-crm-prize-recipient-285888
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