S'authentifier

PHENIICS FEST 2026

8–9 juin 2026
IJCLab
Fuseau horaire Europe/Paris

Session

2nd year PhD presentations

8 juin 2026, 11:30
100/-1-A900 - Auditorium Joliot Curie (IJCLab)

100/-1-A900 - Auditorium Joliot Curie

IJCLab

Joliot Curie Auditorium, building 100, IJCLab
140
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Documents de présentation

Aucun document.

  1. 1. Julian Hamo
    Julian Hamo (IJCLab)
    08/06/2026 11:30
  2. 2. Bernardo Cornejo Avila
    Bernardo Cornejo Avila (CEA IRFU/DPhP)
    08/06/2026 11:45
  3. 3. Thomas Jacquot
    Thomas Jacquot
    08/06/2026 12:00
  4. 4. Anastasiia Mikhno
    Anastasiia MIKHNO (LPNHE, IJCLab)
    08/06/2026 12:15
  5. 8. Rihab Chakir
    Rihab Chakir
    08/06/2026 14:00
  6. 39. Ahmed Glayl
    Ahmed Glayl
    08/06/2026 14:15
  7. 14. Morane Gautier
    Mathieu Gautier
    08/06/2026 14:30
  8. 15. Merry Duparc
    Merry DUPARC (IJCLab)
    08/06/2026 14:45
  9. 16. Domitille Chebat
    Domitille Chebat (CEA Saclay - IRFU - DPhP)
    08/06/2026 15:00
  10. 5. Joanna Matulewicz
    Joanna Matulewicz
    08/06/2026 15:50
  11. 7. Giulia Rosso
    Giulia Rosso
    08/06/2026 16:05
  12. 11. Adrien Cogez
    Adrien Cogez (CEA/IRFU/DPhP)
    08/06/2026 16:20
  13. 9. Baptiste Durox
    Baptiste DUROX (IJCLab)
    08/06/2026 16:35
  14. 10. Alisha Lightbody
    Alisha Lightbody
    08/06/2026 16:50
  15. 17. Raoul Henderson
    Raoul Henderson
    09/06/2026 09:00
  16. 18. Mostafa Cherif
    Mostafa Cherif
    09/06/2026 09:15
  17. 19. Sara Garetti
    Sara Garetti (Université Paris-Saclay, IJCLab)
    09/06/2026 09:30
  18. 20. Xin XIA
    Xin XIA (IJCLAB)
    09/06/2026 09:45
  19. 21. Elouan Ferrand
    Elouan Ferrand (CEA/DhPN/LSN)
    09/06/2026 10:00
  20. 22. Nicolas Sterckx
    Nicolas Sterckx
    09/06/2026 10:15
  21. 23. Yuliia Maidannyk
    Yuliia Maidannyk
    09/06/2026 11:50
  22. 24. Alice Renaux
    Alice Renaux
    09/06/2026 12:05
  23. 29. Elia Nseir
    Elia Nseir
    09/06/2026 12:20
  24. 26. Christian de Correc
    Christian de Correc (Eviden, ICJ Lab)
    09/06/2026 15:05

    Quantum mechanics, at its heart, can be recast as an algebraic deformation of classical mechanics. While this approach - which is equivalent to the usual Hilbert space formalism - is theoretically satisfying, it also suggests that some quantum systems can be emulated through a simple deformation of the classical Hamiltonian dynamics. This presentation will give an overview of this algorithm,...

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  25. 27. Youliana Mouawad
    Youliana Mouawad
    09/06/2026 15:20
  26. 30. Mathilde Ragot
    Mathilde Ragot (CEA/IRFU/DPhN)
    09/06/2026 16:35
  27. 31. Enzo Thiriont--Bernolle
    Enzo Thiriont-Bernolle (CEA DAM)
    09/06/2026 16:50
  28. 32. Elisavet Fasoula
    Elisavet Fasoula
    09/06/2026 17:05
  29. 33. Pierre Boistier
    Pierre Boistier
    09/06/2026 17:20
  30. 34. Jérémy Quelin Lechevranton
    Jérémy Quelin Lechevranton (IJCLab, DUNE)
    09/06/2026 17:35
Ordre du jour en construction...