Rapports de recherche, comptes rendus, lettres à l'éditeur, working papers (5)
  1. 1. Peter Lobo, E., Pauwels, J., & Pironio, S. (2023). Certifying long-range quantum correlations through routed Bell tests. arXiv:2310.07484.
  2. 2. Zambrini Cruzeiro, E., De Mol, C., Massar, S., & Pironio, S. (2023). Quantum-inspired classification based on quantum state discrimination. arXiv:2303.15353.
  3. 3. Pironio, S. (2015). Random 'choices' and the locality loophole. (arxiv No 1510.00248).
  4. 4. Pironio, S., & Aharonov, D. (2013). Quantum physics: A grip on misbehaviour. Nature, 496(7446) , 436.
  5. 5. Massar, S., & Pironio, S. (2012). A Closer Connection Between Entanglement and Nonlocality. Physics, 5, 56.
    6.   Participations à des congrès et colloques internationaux (33)
  6. 1. Pironio, S. (2021). Correlations in entanglement-assisted communication scenarios. Paper session presented at Geometry and Optimization in Quantum Information (October 2021: Oberwolfach).
  7. 2. Pironio, S. (2021). Correlations in entanglement-assisted prepare-and-measure scenarios. Paper session presented at CTP Quantum Information Days (March 2021: Warsaw).
  8. 3. Pironio, S. (2019). Estimation and certification of quantum randomness. Paper session presented at Deutsche Physikalische Gesellschaft meeting (September 2019: Freiburg).
  9. 4. Pironio, S. (2017). Device-independent randomness generation with sublinear entangled resources. Paper session presented at The Conference on the Theory of Quantum Computation, Communication and Cryptography (June 2017: Paris, France).
  10. 5. Pironio, S. (2017). A semi-device-independent framework based on natural physical assumptions and its application to random number generation. Paper session presented at 7th International Conference on Quantum Cryptography (September 2017: Cambridge, UK).
  11. 6. Pironio, S. (2017). The ultimate random number generator. Paper session presented at Statistical Theory and the Real World Workshop (September 2017: Leiden, Netherlands).
  12. 7. Pironio, S. (2017). A semi-device-independent framework based on natural physical assumptions and its application to random number generation. Paper session presented at 17th Asian Quantum Information Science Conference (September 2017: Singapore).
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