New Ideas in Constraining Nuclear Forces

Contribution List

1. Nuclear forces and structure in nuclear lattice simulations

D. Lee (Michigan State University)

04/06/2018, 09:40

Constraining nuclear forces with few- and many-body observables:

chair:

2. Determination of the pion-nucleon low-energy constants

J. Ruiz de Elvira (University of Bern)

04/06/2018, 10:50

Constraining nuclear forces with few- and many-body observables:

3. An efficient Monte Carlo framework for nuclear-matter calculations

C. Drischler (University of California, Berkeley)

04/06/2018, 11:30

Constraining nuclear forces with few- and many-body observables:

4. Constraints on the nuclear equation of state from neutron star observations

J. W. Holt (Texas A&M)

04/06/2018, 14:10

Constraining nuclear forces with few- and many-body observables:

9. Status and challenges of chiral effective field theory calculations of nuclear and dense matter

A. Schwenk (TU Darmstadt)

05/06/2018, 09:00

Current limitations of nuclear Hamiltonians

10. Observables in medium-mass nuclei

S. R. Stroberg (Reed College)

05/06/2018, 09:40

Current limitations of nuclear Hamiltonians

11. Uncertainty quantification for nuclear many-body calculations

C. Wellenhofer (TU Darmstadt)

05/06/2018, 10:50

Current limitations of nuclear Hamiltonians

12. How do we handle computationally expensive observables when fitting an interaction?

A. Ekström (Chalmers University of Technology)

05/06/2018, 11:30

Current limitations of nuclear Hamiltonians

13. From microscopic to effective interactions via Quantum Monte Carlo

A. Gezerlis (University of Guelph)

05/06/2018, 14:10

Current limitations of nuclear Hamiltonians

34. Quantum Monte Carlo calculations of properties of nuclei with chiral interactions

S. Gandolfi (LANL)

05/06/2018, 14:50

Current limitations of nuclear Hamiltonians

16. From light nuclei to neutron stars with chiral dynamics

M. Piarulli (Argonne National Lab)

06/06/2018, 09:00

Improving two- and many-body nuclear forces with novel fitting strategies and higher orders in chiral EFT

17. Chiral nuclear forces at the precision frontier

E. Epelbaum (Ruhr-University Bochum)

06/06/2018, 09:40

Improving two- and many-body nuclear forces with novel fitting strategies and higher orders in chiral EFT

18. Symmetry preserving regularization of nuclear forces and currents

H. Krebs (Ruhr-University Bochum)

06/06/2018, 10:50

Improving two- and many-body nuclear forces with novel fitting strategies and higher orders in chiral EFT

19. Implementation and applications of three-nucleon interactions and nuclear currents

K. Hebeler (TU Darmstadt)

06/06/2018, 11:30

Improving two- and many-body nuclear forces with novel fitting strategies and higher orders in chiral EFT

20. Different strategies for EFT parameter estimation in the few-nucleon sector

C. Forssén (Chalmers University of Technology)

06/06/2018, 14:10

Improving two- and many-body nuclear forces with novel fitting strategies and higher orders in chiral EFT

21. Bayesian parameter estimation for chiral interactions: NN sector

S. Wesolowski (Salisbury University)

06/06/2018, 14:50

Improving two- and many-body nuclear forces with novel fitting strategies and higher orders in chiral EFT

23. What's the issue, and why do we care?

H. Griesshammer (George Washington University)

07/06/2018, 09:00

Power counting: Beyond Weinberg (?)

24. Counting powers of what? Where?

U. van Kolck (Institut de Physique Nucleaire d'Orsay)

07/06/2018, 09:40

Power counting: Beyond Weinberg (?)

25. Perturbative NN scattering

B. Long (Sichuan University)

07/06/2018, 10:50

Power counting: Beyond Weinberg (?)

26. Nuclear physics around the unitarity limit

S. König (TU Darmstadt)

07/06/2018, 11:30

Power counting: Beyond Weinberg (?)

27. Examining chiral EFT potentials with Lepage plots

C.-J. Yang (George Washington University)

07/06/2018, 14:10

Power counting: Beyond Weinberg (?)

28. Perturbative vs non-perturbative nuclear EFT: A potential compromise?

M. P. Valderrama (Beihang University)

07/06/2018, 14:50

Power counting: Beyond Weinberg (?)

30. Nuclear and hypernuclear forces from lattice QCD

Z. Davoudi (University of Maryland, College Park)

08/06/2018, 09:00

Constraining nuclear forces from lattice QCD calculations

31. Baryon interactions from lattice QCD

K. Sasaki (YITP, Kyoto University)

08/06/2018, 09:40

Constraining nuclear forces from lattice QCD calculations

32. Pionless EFT for medium-mass nuclei

A. Roggero (Los Alamos National Lab)

08/06/2018, 10:50

Constraining nuclear forces from lattice QCD calculations

33. SCGF studies on nuclei based on novel chiral and lattice QCD nuclear forces

C. Barbieri (University of Surrey)

08/06/2018, 11:30

Constraining nuclear forces from lattice QCD calculations