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X-PUBLISHED-TTL:P1W
BEGIN:VEVENT
UID:69f420cf6ede9
DTSTART:20260518T100000Z
SEQUENCE:0
TRANSP:OPAQUE
DTEND:20260518T110000Z
LOCATION:Elements Room
SUMMARY:ICFO | THIERRY GIAMARCHI
CLASS:PUBLIC
DESCRIPTION:As discovered in the seminal paper of P. W. Anderson in 1958 wh
 en an equation such as the Schroedinger equation is subjected to a random 
 potential the nature of the solutions changes drastically going from plane
  waves to localizes states. An important question is what happens to this 
 phenomenon when instead of looking at the properties of one single particl
 e one wants to deal with a large number of interacting quantum particles\,
  as is relevant for several experimental realizations\, both in cold atomi
 c gases and in condensed matter.\nI will give in this talk an overview of 
 this class of phenomena\, with questions ranging from the phases that can 
 be reached in such interacting disordered systems to the consequences for 
 the transport properties\, and finally the delicate question of the role o
 f the temperature\, in presence or absence of a thermal bath. I will also 
 discuss what happens for other classes of potentials than the plain disord
 er\, such as quasiperiodic potentials\, or colored noise\, both from a the
 oretical perspective but also in contact with recent experiments in cold a
 tomic gases. I will point to the challenges in the field.
DTSTAMP:20260501T034103Z
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