Group Members and Former Students

Mountain View

Professors

Prof. Lucas Céleri

Research Leader

Prof. Guilherme Zanin

Research Leader

Researchers

Mr. Pedro Henrique

PhD Students

Mr. Midana Sambú

Mr. Rafael Costa

Mr. Richard Matos

Mr. Ronaldo Costa

Mr. Zhaorui Peng

MSc Students

Mr. Daniel Paiva

Mr. Gabriel Paixão

Mr. Guilherme Silva Barros

Undergrad Students

Mr. Alefy Castro

Mss. Bruna Marques

Mr. Lucas Barros

Mr. Matheus Cardoso

Mr. Pedro Rezende

High School Students

Mr. Mateus Bastos

Former Students

    PhD students

    1. Andesson Brito NAscimento

      2. Entropy production and asymmetry measures in dynamical critical systems.

    2. Danilo Nascimento Borim

      3. Discusses quantum metrology and thermodynamics in the context of the Unruh effect.

    3. Matheus Capela

      4. Presents the Markov monogamy inequalities in the context of information processing.

    4. Pedro Henrique Santos Bento

      5. Complexity in dynamical critical systems.

    5. Thiago Henrique Moreira

      6. Decoherence and entropy production due to quantum fluctuations of spacetime.

    MsC students

    1. Álvaro Ruiz García

      2. Proposes a quantum algorithm to simulate Lotka-Volterra equations.

    2. Andesson Brito Nascimento

      3. Discusses aspects of quantum phase transitions.

    3. Eric Gomes Arrais Cavalcante

      4. Addresses the problem of fluctuation relations in chaotic quantum systems.

    4. Gabriel Fernandez Ferrari Melo

      5. Discusses the guage formulation of quantum thermodynamics.

    5. Gustavo de Oliveira

      6. Addresses the problem of thermodynamics irreversibility in the Dynamical Casimir effect.

    6. Letícia Lira Tacca

      7. Contructs the thermodynamic uncertainty relation in phase space.

    7. Lucas Aurelio de Oliveira Borges

      8. Discusses the thermodynamics of the Unruh effect.

    8. Matheus Capela

      9. Presents a lower bound on dissipation based on communication theory.

    9. Pedro Augusto de Freitas Aquino

      10. Irreversibility in particle creation in an expanding universe.

    10. Rafael do Lago Souza Costa

      11. Crooks fluctuation theorem for free quantum scalar fields in static curved spacetimes.

    11. Ronaldo Ferreira Costa

      12. Information theory and thermodynamics in the context of gauge/gravity duality.

    12. Yuri de Jesus Alvim

      13. Discusses Landaur's principle in the context of relativistic quantum communication.

    Undergrad students

    1. Allison Eduardo de Sousa Bonfim

      2. The Unruh effect.

    2. Duda Felipe Marques Nomiyama Suguri

      3. Classical and quantum thermodynamics.

    3. Eduardo Augusto Mamede do Carmo

      4. Aspects of gauge theories.

    4. Felipe Pericole Maqueada

      5. The foundations of general relativity.

    5. Giulia Tessari de Moura

      6. Information theory and the foundations of relativity.

    6. Gustavo Izidro Moura de Alcântara

      7. Introduction to ergodic theory.

    7. Gustavo de Oliveira

      8. The Casimir effect.

    8. Iván Álvarez Arguiñano

      9. Thermodynamics in non-Hermitean quantum systems.

    9. Leandra Alves Soares

      10. Turing machines.

    10. Letícia Lira Tacca

      11. Quantum computation.

    11. Luiz Maxwell De Oliveira

      12. Quantum thermodynamics.

    12. Pedro Augusto de Freitas Aquino

      13. Geometric formulation of classical mechanics.

    13. Pedro Marcelo Guimarães Rezende

      14. Geometric formulation of classical mechanics.

    14. Rafael do Lago Souza Costa

      15. The quantum Otto engine.

    15. Sávio Pereira Alves

      16. Classical cryptography.

    16. Yuri de Jesus Alvim

      17. The principles of relativity.

Join Us

To join as a grad student (MsC or PhD) you will have to go through a written examination, which is applied twice a year, as announced here. This procedure is not nececessary for undergrad students. As a research fellow, you have to apply for a specific fellowship.

Please, do not hesitate in contact us for further details.