Dense Nuclear Matter Equation of State from Theory and Experiments

Liste des contributions

29. Registration

28/10/2024 09:00

Registration & Opening

30. Workshop opening & the code of conduct

28/10/2024 09:15

Registration & Opening

31. Discussion of the workshop goals & strategies

28/10/2024 09:30

Registration & Opening

6. Combined Inference from Neutron Stars and Nuclei

William Newton (Texas A&M University-Commerce)

28/10/2024 09:45

Introductions to methods & summaries of recent results

7. Equation of state of dense matter: Inference from gravitational waves

Anthea FANTINA (GANIL ({CNRS}UPR3266))

28/10/2024 11:00

Introductions to methods & summaries of recent results

8. From nuclei to neutron stars in the unifying framework of energy density functional theory

Panagiota Papakonstantinou (IBS/IRIS)

28/10/2024 11:45

Introductions to methods & summaries of recent results

9. The equation of state of symmetric nuclear matter from heavy-ion collisions

Agnieszka Sorensen (University of Washington)

28/10/2024 14:00

Introductions to methods & summaries of recent results

10. Heavy-ion collision measurements at early FRIB and a look towards FRIB400

Kyle Brown (Michigan State University)

28/10/2024 14:45

Introductions to methods & summaries of recent results

11. From heavy-ion collisions at intermediate energies to the nuclear equation of state in symmetric nuclear matter

Rohit Kumar

29/10/2024 09:00

Transport model comparisons

12. Nuclear equation of state constraints from intermediate energy heavy-ion collisions

Caterina Ciampi (GANIL)

29/10/2024 09:30

Transport model comparisons

13. Constraining the in-medium cross section in transport simulations with Ca+Ni collisions at 140 MeV/nucleon

Chi Kin Tam (Western Michigan University)

29/10/2024 10:00

Transport model comparisons

14. Transport model based on inputs from chiral effective field theory

Che-Ming Ko (Texas A&M University)

29/10/2024 12:30

Nuclear Theory Seminar

15. Accessing new observables from heavy-ion collisions at FRIB

Simone Valdre' (INFN - Sezione di Firenze)

30/10/2024 09:00

Selected heavy-ion collision observables

16. Transport Theory and Correlation Measurements: Coming to Terms on Emission Sources

Pierre Nzabahimana

30/10/2024 09:30

Selected heavy-ion collision observables

17. Decoding the composition of QCD matter with the polarization of thermal dileptons

Florian Seck (TU Darmstadt)

30/10/2024 10:00

Selected heavy-ion collision observables

18. Harmonic flow correlations as a precision tool for measuring the nuclear EoS at large baryon densities

Tom Reichert

30/10/2024 11:00

Selected heavy-ion collision observables

19. Structure in the speed of sound: from neutron stars to heavy-ion collisions

Nanxi Yao (University of Illinois, Urbana-Champaign)

30/10/2024 11:30

Selected heavy-ion collision observables

21. Reproducible Bayesian Workflows for Model Mixing and Calibration

Kyle Godbey

31/10/2024 09:00

Bayesian analysis

23. Bayesian calibration of the in-medium modification of the light cluster binding energies

Diego Gruyer (LPC Caen)

31/10/2024 09:45

Bayesian analysis

24. From chiral EFT to perturbative QCD: a Bayesian model mixing approach to the dense matter equation of state

Alexandra Semposki (Ohio University)

31/10/2024 11:00

Bayesian analysis

22. Nuclear equation of state from nuclear experiments and neutron star observations

Pietro Klausner (Université de Normandie - Caen / LPC / Università degli studi di Milano)

31/10/2024 11:30

Bayesian analysis

25. Minimizing Emulator Uncertainty

Oleh Savchuk (Bogolyubov Institute for Theoretical Physics)

31/10/2024 12:00

Bayesian analysis

26. Role of CBM-FAIR in Multi-Messenger Pursuit of Dense Matter EOS

Kshitij Agarwal (Eberhard Karls Universität Tübingen (DE))

01/11/2024 09:00

From heavy-ion collisions to neutron stars

27. Hyperonic phase transitions in dense matter

Nikolas Cruz Camacho (University of Illinois at Urbana-Champaign)

01/11/2024 09:30

From heavy-ion collisions to neutron stars

28. MUSES – An overview: The nuclear phase diagram puzzle from neutron stars to heavy-ion collisions

Johannes Jahan (University of Houston)

01/11/2024 10:00

From heavy-ion collisions to neutron stars

20. Intro to chiEFT

Christian Drischler (Ohio University)

Bayesian analysis