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CRC Retreat 23 to 27 March 2026

Mar 23 – 27, 2026
Gustav-Stresemann-Institut
Europe/Berlin timezone

Claudia Rißmann

Session

Round tables

Mar 24, 2026, 4:30 PM
GSI

GSI

Langer Grabenweg 68, 53175 Bonn

Presentation materials

There are no materials yet.

  1. 103. Cosmology & Astrophysics: E1.1 Equation of State of Dense QCD - Theory & Astrophysical Constraints
    Christian Ecker (Goethe University Frankfurt), Christian Fischer (University of Giessen)
    3/24/26, 4:30 PM
  2. 128. Cosmology & Astrophysics: E1.3 Primordial black holes
    Dominik Schwarz (Bielefeld University - Faculty of Physics), Jürgen Schaffner-Bielich (Uni Frankfurt), Woo-Seok Yim (Goethe Universität Frankfurt)
    3/24/26, 4:30 PM
  3. 104. Heavy Ion Collisions: D.2 QCD Transport coefficients -- Phenomenological relevance
    Nicolas Borghini
    3/24/26, 4:30 PM
  4. 129. Methodology: F1.6 Kinetic Theory in QCD / Hydro / Cosmology
    Annamaria Chiarini (Goethe University), Eamonn Weitz, Ismail Soudi
    3/24/26, 4:30 PM
  5. 127. QCD Thermodynamics: A1.1 Moat regime in QCD and effective theories
    Shi Yin (Giessen University)
    3/24/26, 4:30 PM
  6. 126. QCD Thermodynamics: A1.4 Quantum computing for QCD at finite density
    Adrien Florio, Caroline Robin (Bielefeld University)
    3/24/26, 4:30 PM
  7. 136. CRC Outreach: How to and future plans
    Adrien Florio, Bastian Brandt, Isabel Oldengott
    3/25/26, 10:30 AM
  8. 141. Heavy Ion Collisions: D.3 Hadronization/Freeze-out models
    Baochi Fu
    3/25/26, 10:30 AM
  9. 138. Isospin & Dense QCD: B1.1 Strong-interaction matter and angular momentum
    Masoud Shokri (Goethe University)
    3/25/26, 10:30 AM
  10. 139. QCD Thermodanamics: A1.3 Universality class of the QCD chiral transition
    Frithjof Karsch (Physik Bielefeld), Jishnu Goswami (Bielefeld University)
    3/25/26, 10:30 AM
  11. 140. Real-Time Properties of QCD: C1.1 Thermoparticles
    Peter Lowdon (Goethe University Frankfurt)
    3/25/26, 10:30 AM
  12. 137. Real-Time Properties of QCD: Stochastic Hydrodynamics
    Mattis Harhoff
    3/25/26, 10:30 AM
  13. 160. Cosmology & Astrophysics: E1.2 Non-perturbative QCD input for Cosmology -- Cosmic Trajectory and New Directions
    Adrien Florio, Bastian Brandt, Isabel Oldengott
    3/26/26, 10:30 AM
  14. 161. Heavy-Ion Collisions: D.1 Heavy-Ion initial state as function of energy
    Hannah Elfner (GU Frankfurt), Soeren Schlichting
    3/26/26, 10:30 AM
  15. 163. Isospin & Dense QCD: B1.2 Color-superconductivity & di-Quarks from QCD
    Hosein Gholami, Ugo Mire (University of Giessen)
    3/26/26, 10:30 AM
  16. 164. QCD Thermodynamics: A1.2 Estimating the location of a critical point -- Errors & Control (Lee-Yang Zeros, Taylor series, Fctl methods)
    Christian Schmidt-Sonntag
    3/26/26, 10:30 AM
  17. 162. Real-Time Properties of QCD: C1.3 QCD Transport coefficients -- Theory knowledge
    Prof. Guy Moore (Technische Universität Darmstadt)
    3/26/26, 10:30 AM
  18. 197. Methodology: F1.2 Functional Methods (DSE/FRG) -- Truncations
    Franz Richard Sattler (University Bielefeld), Johannes Roth (JLU Gießen)
    3/27/26, 10:30 AM
  19. 196. Methodology: F1.5 Effective theories
    Eamonn Weitz, Mattia Recchi (JLU)
    3/27/26, 10:30 AM
  20. 194. Real-Time Properties of QCD: C1.4 Spectral reconstruction
    Moritz Krampe
    3/27/26, 10:30 AM
  21. 195. Vibe Coding (improvised)
    Keiwan Jamaly (Goethe University)
    3/27/26, 10:30 AM
  22. 31. Challenges in HIC modeling 1
    Baochi Fu (Bielefeld University), Renata Krupczak (Universität Bielefeld)
  23. 37. Challenges in HIC modeling 2
    Baochi Fu (Bielefeld University), Renata Krupczak (Universität Bielefeld)
  24. 52. Challenges in HIC modeling 3
    Baochi Fu (Bielefeld University), Renata Krupczak (Universität Bielefeld)

    https://uni-bielefeld.zoom-x.de/j/3383838145

    Go to contribution page
  25. 64. Challenges in HIC modeling 4
    Baochi Fu (Bielefeld University), Renata Krupczak (Universität Bielefeld)

    https://uni-bielefeld.zoom-x.de/j/3383838145

    Go to contribution page
  26. 83. Challenges in HIC modeling 5
    Baochi Fu (Bielefeld University), Renata Krupczak (Universität Bielefeld)
  27. 58. Challenges in HIC modelling: Report
    Baochi Fu (Bielefeld University), Renata Krupczak (Universität Bielefeld)
  28. 29. Coding as a team 1
    Alessandro Sciarra (Goethe University - Frankfurt am Main)
  29. 35. Coding as a team 2
    Alessandro Sciarra (Goethe University - Frankfurt am Main)
  30. 50. Coding as a team 3
    Alessandro Sciarra (Goethe University - Frankfurt am Main)
  31. 62. Coding as a team 4
    Alessandro Sciarra (Goethe University - Frankfurt am Main)
  32. 81. Coding as a team 5
    Alessandro Sciarra (Goethe University - Frankfurt am Main)
  33. 56. Coding as a team: Report
    Alessandro Sciarra (Goethe University - Frankfurt am Main)
  34. 28. Criticality in phase transitions 1
    Johannes Roth (JLU Gießen), Sabarnya Mitra (Bielefeld University)
  35. 34. Criticality in phase transitions 2
    Johannes Roth (JLU Gießen), Sabarnya Mitra (Bielefeld University)
  36. 49. Criticality in phase transitions 3
    Johannes Roth (JLU Gießen), Sabarnya Mitra (Bielefeld University)
  37. 61. Criticality in phase transitions 4
    Johannes Roth (JLU Gießen), Sabarnya Mitra (Bielefeld University)
  38. 80. Criticality in phase transitions 5
    Johannes Roth (JLU Gießen), Sabarnya Mitra (Bielefeld University)
  39. 55. Criticality in phase transitions: Report
    Johannes Roth (JLU Gießen), Sabarnya Mitra (Bielefeld University)
  40. 32. Extreme matter in the universe 1
    Daniel Schmitt, Robin Diedrichs (Goethe University Frankfurt)
  41. 39. Extreme matter in the universe 2
    Daniel Schmitt, Robin Diedrichs (Goethe University Frankfurt)
  42. 53. Extreme matter in the universe 3
    Daniel Schmitt, Robin Diedrichs (Goethe University Frankfurt)
  43. 65. Extreme matter in the universe 4
    Daniel Schmitt, Robin Diedrichs (Goethe University Frankfurt)
  44. 84. Extreme matter in the universe 5
    Daniel Schmitt, Robin Diedrichs (Goethe University Frankfurt)
  45. 59. Extreme matter in the universe: Report
    Daniel Schmitt, Robin Diedrichs (Goethe University Frankfurt)
  46. 30. Machine Learning 1
    Niklas Götz, Simran Singh (University of Bielefeld)
  47. 36. Machine Learning 2
    Niklas Götz, Simran Singh (University of Bielefeld)
  48. 51. Machine Learning 3
    Niklas Götz, Simran Singh (University of Bielefeld)
  49. 63. Machine Learning 4
    Niklas Götz, Simran Singh (University of Bielefeld)
  50. 82. Machine Learning 5
    Niklas Götz, Simran Singh (University of Bielefeld)
  51. 57. Machine learning: Report
    Niklas Götz, Simran Singh (University of Bielefeld)
  52. 237. QCD Thermodynamics: A1.2 Estimating the location of a critical point -- Errors & Control (Lee-Yang Zeros, Taylor series, Fctl methods)
    Christian Schmidt-Sonntag
  53. 33. Systematic errors in QCD 1
    Hosein Gholami, Johannes Heinrich Weber (TU Darmstadt)
  54. 38. Systematic errors in QCD 2
    Hosein Gholami, Johannes Heinrich Weber (TU Darmstadt)
  55. 54. Systematic errors in QCD 3
    Hosein Gholami, Johannes Heinrich Weber (TU Darmstadt)
  56. 66. Systematic errors in QCD 4
    Hosein Gholami, Johannes Heinrich Weber (TU Darmstadt)
  57. 85. Systematic errors in QCD 5
    Hosein Gholami, Johannes Heinrich Weber (TU Darmstadt)
  58. 60. Systematic errors in QCD: Report
    Hosein Gholami, Johannes Heinrich Weber (TU Darmstadt)
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