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Roberto Serra

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Video produced by FAPESP about our arrow of time paper (in Portuguese)

rmserra
May 1, 2018
1 min read

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Featured Posts

@ Nature Communications: Reversion of heat flow using quantum correlations

@ Nature Communications: Reversion of heat flow using quantum correlations

@ Nature Communications: Reversion of heat flow using quantum correlations

Video produced by FAPESP about our arrow of time paper (in Portuguese)

Video produced by FAPESP about our arrow of time paper (in Portuguese)

Video produced by FAPESP about our arrow of time paper (in Portuguese)

Tiago Batalhão awarded the CAPES Best Thesis Prize

Tiago Batalhão awarded the CAPES Best Thesis Prize

Tiago Batalhão awarded the CAPES Best Thesis Prize

@PRL Maxwell’s Demon Meets Nonequilibrium Quantum Thermodynamics

@PRL Maxwell’s Demon Meets Nonequilibrium Quantum Thermodynamics

@PRL Maxwell’s Demon Meets Nonequilibrium Quantum Thermodynamics

@PRL Irreversibility and the emergence of the arrow of time in quantum systems

@PRL Irreversibility and the emergence of the arrow of time in quantum systems

@PRL Irreversibility and the emergence of the arrow of time in quantum systems

New two-way quantum-key-distribution prototocol

New two-way quantum-key-distribution prototocol

New two-way quantum-key-distribution prototocol

The role of coherent interactions in quantum metrology

The role of coherent interactions in quantum metrology

The role of coherent interactions in quantum metrology

@PRL The first experimental verification of fluctuation relations in "Quantum Thermodynamics&qu

@PRL The first experimental verification of fluctuation relations in "Quantum Thermodynamics&qu

@PRL The first experimental verification of fluctuation relations in "Quantum Thermodynamics&qu

Jonas Maziero (former PhD student) awarded the CAPES Thesis Prize

Jonas Maziero (former PhD student) awarded the CAPES Thesis Prize

Jonas Maziero (former PhD student) awarded the CAPES Thesis Prize

An NMR experiment on the full quantum version of the complementarity principle

An NMR experiment on the full quantum version of the complementarity principle

An NMR experiment on the full quantum version of the complementarity principle

Recent Posts

@Nat. Comm. Physics: Assessing physical realism experimentally in a quantum-controlled device

@PRL Experimental Validation of Fully Quantum Fluctuation Theorems

@PRL Easy Access to Energy Fluctuations

@PRL Quantum engine operating at maximum power

@ Nature Communications: Reversion of heat flow using quantum correlations

Video produced by FAPESP about our arrow of time paper (in Portuguese)

Tiago Batalhão awarded the CAPES Best Thesis Prize

@PRL Maxwell’s Demon Meets Nonequilibrium Quantum Thermodynamics

@PRL Irreversibility and the emergence of the arrow of time in quantum systems

New two-way quantum-key-distribution prototocol

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