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DTSTART:20200329T030000
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DTSTART:20191027T020000
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DTSTAMP:20260404T015749Z
UID:5e201723ee66d001519924@ist.ac.at
DTSTART:20200312T100000
DTEND:20200312T110000
DESCRIPTION:Speaker: Julian Leonard\nhosted by Giorgos Katsaros\nAbstract: 
 Entanglement is a central feature of quantum systems\, as it encodes the d
 etailed structure of the quantum states that underlie physical systems. It
  allows for quantum simulation of many-body systems\, it can be used for a
 pplications spanning quantum chemistry and quantum enhanced precision meas
 urements\, and it is essential to quantum computing architectures. Yet alt
 hough entanglement is fundamental in such varied settings\, it is notoriou
 sly hard to produce\, maintain\, and measure. In my talk\, I will present 
 our recent studies on entanglement in non-equilibrium quantum systems\, ra
 nging from quantum thermalization to many-body localization. We use neutra
 l atoms in an optical lattice to deterministically prepare a pure quantum 
 state\, evolve it unitarily under a microscopically controlled Hamiltonian
 \, and perform projective measurements in the Fock basis. We use a number 
 of quantities to characterize the entanglement state such as entanglement 
 entropy\, configurational correlations\, and multi-point correlations. Our
  results demonstrate innovative ways to characterize quantum many-body sys
 tems\, and they pave the way to quantum simulations beyond the capabilitie
 s of numerical simulations.
LOCATION:Mondi Seminar Room 2\, Central Building\, ISTA
ORGANIZER:tguggenb@ist.ac.at
SUMMARY:Julian Leonard: Engineering entanglement in synthetic quantum syste
 ms
URL:https://talks-calendar.ista.ac.at/events/2682
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