The nuclear interaction: post-modern developments

Contribution List

44. Welcome

Ubirajara van Kolck (CNRS/ECT*)

8/19/24, 9:30 AM

43. Setting the scene

Rob Timmermans (University of Groningen)

8/19/24, 9:45 AM

23. What can possibly go wrong?

Harald Griesshammer (George Washington University)

8/19/24, 10:15 AM

46. Modified power counting and the importance of three-body forces

Chieh-Jen Yang (ELI-NP)

8/19/24, 11:30 AM

27. Perturbative nuclear forces

Bingwei Long (Sichuan University)

8/19/24, 12:15 PM

18. Chiral effective field theory using gradient flow

Evgeny Epelbaum (Ruhr University Bochum)

8/19/24, 2:30 PM

19. Momentum-dependent nucleon-nucleon contact interactions

Elena Filandri (Università di Pisa, INFN sezione di Pisa)

8/19/24, 3:15 PM

41. Few-nucleon scattering in Pionless EFT: status, long-term plan, and challenges

Martin Schäfer (Nuclear Physics Institute of the Czech Academy of Sciences)

8/20/24, 9:30 AM

11. Pionless effective field theory for few-baryon Systems

Nir Barnea (The Hebrew University of Jerusalem)

8/20/24, 10:15 AM

16. Contact theory for many nucleons: key issues, solutions, and takeaways

Lorenzo Contessi (IJCLab - CNRS - Université Paris Saclay)

8/20/24, 11:30 AM

24. Effective description of shallow states

Alejandro Kievsky (INFN)

8/20/24, 12:15 PM

14. Bayesian model calibration of pionless effective field theory using nucleon-nucleon scattering data

Jason Bub (Washington University in St. Louis)

8/20/24, 2:30 PM

34. Chiral EFT uncertainties for improved nuclear force inference

Daniel Phillips (Ohio University)

8/20/24, 3:15 PM

45. Ruprecht Machleidt session: opening remarks

Ubirajara van Kolck (CNRS/ECT*)

8/21/24, 9:30 AM

38. Non-perturbative renormalization of NN singular interactions

David Rodriguez Entem (Universityof Salamanca)

8/21/24, 10:00 AM

17. Nucleon-nucleon potentials in comparison: physics or polemics?

Luigi Coraggio (Dipartimento di Matematica e Fisica, Università degli studi della Campania "Luigi Vanvitelli")

8/21/24, 11:30 AM

40. A beautiful life, Ruprecht’s Style

Francesca Sammarruca (University of Idaho)

8/21/24, 12:15 PM

33. Pionful EFT and the long-forgotten lore of renormalization

Manuel Pavon Valderrama (Beihang University)

8/21/24, 2:30 PM

10. Computing atomic nuclei based on Chiral EFT and HALQCD interactions

Carlo Barbieri (Università degli Studi di Milano)

8/21/24, 3:15 PM

13. DWBA, again: Sticking with a modernist view of nuclear forces

Mike Birse (University of Manchester)

8/22/24, 9:30 AM

21. Wilsonian RG and Halo EFT

Jambul Gegelia (RUB)

8/22/24, 10:15 AM

12. Superfluidity systematized

Silas Beane (University of Washington, USA)

8/22/24, 11:30 AM

36. Renormalization of singular interactions

Lucas Platter (University of Tennessee, Knoxville)

8/22/24, 12:15 PM

15. Cluster effective field theory calculation of electromagnetic breakup reactions with the Lorentz Integral Transform method

Ylenia Capitani (University of Salento, INFN Lecce)

8/22/24, 2:30 PM

20. Renormalizability criteria in nuclear Chiral EFT

Ashot Gasparyan (Ruhr-Universität Bochum)

8/22/24, 3:15 PM

9. The 0+ excited state of the alpha-particle

Sonia Bacca (Johannes Gutenberg University)

8/23/24, 9:30 AM

22. Testing chiral EFT interactions and currents: the muon capture on deuteron.

Alex Gnech (Old Dominion University and Jefferson Lab)

8/23/24, 10:15 AM

42. Perturbative computations of neutron-proton scattering observables using chiral effective field theory up to N3⁢LO

Oliver Thim (Chalmers University of Technology)

8/23/24, 11:30 AM

28. An accurate relativistic chiral nuclear force

Junxu Lu (Beihang University)

29. Effective field theory with resonant P-wave interaction

Songlin LYU (Università della Campania "Luigi Vanvitelli")

26. Hyperon-nucleon (YN), hyperon-hyperon (YY) interactions and correlation functions

Zhi-Wei Liu (Beihang University)

39. Nuclear structure and reactions using short-ranged interactions

Gautam Rupak (Mississippi State University)

47. Picture

30. TBD

Laura Marcucci (University of Pisa and INFN-Pisa)