Professors
Prof. Lucas Céleri
Head of the group
Prof. Guilherme Zanin
Head of the group
Head of the group
Head of the group
PhD students
Discusses quantum metrology and thermodynamics in the context of the Unruh effect
Presents the Markov monogamy inequalities in the context of information processing
MsC students
Proposes a quantum algorithm to simulate Lotka-Volterra equations
Discusses aspects of quantum phase transitions
Addresses the problem of fluctuation relations in chaotic quantum systems
Discusses the guage formulation of quantum thermodynamics
Addresses the problem of thermodynamics irreversibility in the Dynamical Casimir effect
Contructs the thermodynamic uncertainty relation in phase space
Discusses the thermodynamics of the Unruh effect
Presents a lower bound on dissipation based on communication theory
Derives Crooks fluctuation theorem for free quantum scalar fields in static curved spacetimes
Presents some aspects of information theory and thermodynamics in the context of gauge/gravity duality
Discusses Landaur's principle in the context of relativistic quantum communication
Undergrad students
The Unruh effect
Classical and quantum thermodynamics
Aspects of gauge theories
The foundations of general relativity
Information theory and the foundations of relativity
Introduction to ergodic theory
The Casimir effect
Thermodynamics in non-Hermitean quantum systems
Quantum computation
Quantum thermodynamics
Geometric formulation of classical mechanics
Geometric formulation of classical mechanics
The quantum Otto engine
Classical cryptography
The principles of relativity
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.