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DTSTART:20220722T080000Z
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LOCATION:ICN2
SUMMARY:ICFO | BRUNA GABRIELLY DE MORAES ARAUJO
CLASS:PUBLIC
DESCRIPTION:This Ph.D. manuscript is divided into two chapters\, related to
  two different scientific scopes\, but with the common point of exploring 
 entanglement phenomena in complex matter or lattices. In the first part of
  my Ph.D.\, I did exploratory research studying the origin and formation o
 f intra-particle entanglement\, specifically spin-pseudospin bipartite deg
 ree of freedoms\, in some graphene-based platforms. The intra-particle ent
 anglement is one of the signatures of the quantum spin transport in Dirac 
 matter in the presence of Rashba spin-orbit coupling (pseudo-magnetic fiel
 d) term and other spin-orbit terms\, in the case of the graphene on substr
 act of heterostructures.\nThe second part is a study about effective ways 
 to perform partial quantum state tomography for many-body physics. We adap
 ted an original method of quantum overlapping tomography for qubits and fe
 rmions for finite lattices. The main goal of our adaptation is to provide 
 k-particles reduced density matrix to recover the physical observables via
  local measurements for being applied to quantum simulation in real quantu
 m devices. Consequently\, we bridged two research areas usually studied se
 parated\, graphene physics and quantum tomography in lattices. Each chapte
 r derives from already published or preprint papers and can be considered 
 self-contained.\n&nbsp\;\nThesis Director: Prof Dr. Antonio Ac&iacute\;n d
 al Maschio and Prof. Dr. Stephan Roche
DTSTAMP:20260422T090156Z
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