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people:danielbrod [2011/08/18 21:48]
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people:danielbrod [2018/11/09 18:42] (current)
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-**Daniel Jost Brod**+===== Daniel Jost Brod =====
  
-{{:people:brodfoto_custom_.jpg|}}+{{:people:brod_grande.jpg?200}}
  
-Sala A2-01 \\ +Assistant Professor (ProfAdjunto)  ​\\ 
-E-mail: brod@if.uff.br \\ +Room A1-05
-Telefone: 2629-5792+
  
-OrientadorErnesto Fagundes Galvão+E-maildanieljostbrod@id.uff.br \\ 
 +CV Lattes: http://​lattes.cnpq.br/​2149664608521453 \\
  
-Lattes: http://​lattes.cnpq.br/​2149664608521453+**Academic summary** \\
  
-**Introdução**+Graduated in Physics at the Universidade de Brasília (2008);\\ 
 +Ph.D. in Physics at the Universidade Federal Fluminense (2014); \\ 
 +Post-doc positions at the Perimeter Institute for Theoretical Physics (2014-2017) and the Universidade Federal Fluminense (2017 - 2018). \\
  
-Sou doutorando em Física da Universidade Federal Fluminense, desde 2009. Estudo principalmente resultados de simulabilidade/​universalidade de circuitos quânticos restritos (p. ex. férmions ou bósons não-interagentes),​ na tentativa de melhor compreender o salto de poder computacional entre computadores clássicos e quânticos. ​+**Research**
  
-**Formação**+My main research interests are in the area of Quantum Computing, in particular in understanding which fundamental physical resources are sufficient or necessary for the construction of quantum devices capable of demonstrating some computational advantage. Specifically,​ I have worked in
  
-  * Bacharelado em Física, Universidade de Brasília, 2004-2009 +  * Quantum computing with (bosonic) linear optics and the Knill-Laflamme-Milburn protocol; 
-  * Doutorado em FísicaUniversidade Federal Fluminense2009 +  * Restricted models of quantum computing and their complexity:​ 
 +   * BosonSampling (i.e. non-adaptive linear optics); 
 +   * Matchgatesa set of quantum gates closely related to //​fermionic//​ linear optics; 
 +   * Other "​quantum computational supremacy"​ proposalssuch as random circuits, IQP, and so on; 
 +  * Quantum computing with nonlinear optics. Specifically,​ whether it is possible to construct a working quantum computer based on the cross-Kerr or self-Kerr effects;
  
-**Interesses de pesquisa**+I am also strongly interested in other topics in the field of quantum computation,​ information and foundations,​ such as 
  
-  * Computação quântica com ótica linear (Um artigo de revisão bastante completoporém um pouco antigo, pode ser encontrado [[http://​arxiv.org/​abs/​quant-ph/​0512071|aqui]]) +  * Alternative models of quantum computingsuch as measurement-based, topological and adiabatic quantum computing; 
-  * Circuitos quânticos restritoscomo [[http://​arxiv.org/​abs/​1106.1863|matchgates]] ou [[http://​arxiv.org/​abs/​1011.3245|ótica linear na ausência de medidas adaptativas]]e suas capacidades computacionais.+  * Whether it is possible to perform other "​nonclassical"​ taskssuch as violations of Bell inequalitieswithin restricted subsets of Quantum Mechanics.
  
-**Publicações** +My list of publications can be found [[https://arxiv.org/a/brod_d_1.html|here]].
- +
-[1] Brod D. J, Galvão E. F. [[http://pra.aps.org/abstract/PRA/​v84/​i2/​e022310|Extending matchgates into universal quantum computation]]. Phys. Rev. A 84, 022310 (2011).+
  
people/danielbrod.1313714914.txt.gz · Last modified: 2018/11/09 18:42 (external edit)