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Hirschegg 2026 - Challenges in effective field theory descriptions of nuclei

18.–24. Jan. 2026
Darmstädter Haus
Europe/Berlin Zeitzone

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Liste der Beiträge

53 von 53 angezeigt
  1. 144. Reception Buffet
    18.01.26, 18:00
  2. 97. Chiral EFT for nuclear modeling—on and off the beaten track
    Christian Forssén (Department of Physics, Chalmers)
    19.01.26, 09:00
  3. 99. Towards an Understanding of Truncation Errors in the IMSRG
    Ragnar Stroberg (University of Notre Dame)
    19.01.26, 09:30
  4. 98. Precise neutron densities of nuclei and what this means for neutron skins
    Matthias Heinz (ORNL)
    19.01.26, 10:00
  5. 100. Coupled-cluster computations of deformed nuclei
    Gaute Hagen (Oak Ridge National Laboratory)
    19.01.26, 11:00
  6. 101. Recent applications of low-resolution interactions
    Pierre Arthuis (IJCLab, CNRS & U. Paris-Saclay)
    19.01.26, 11:30
  7. 103. Low-Resolution Effective Field Theory for Nucleon-Nucleon Interactions
    Sven Heihoff (Ruhr-Universität Bochum)
    19.01.26, 17:00
  8. 104. Many-body emulators for nuclear structure
    Margarida Companys Franzke
    19.01.26, 17:30
  9. 105. Uncertainties with low-resolution nuclear forces
    Tom Plies (TU Darmstadt)
    19.01.26, 17:50
  10. 106. Exploring quark mass dependent three-nucleon forces in medium-mass nuclei
    Urban Vernik (TU Darmstadt - Institute for Nuclear Physics)
    19.01.26, 18:10
  11. 142. An initio calculations at the superheavy frontier
    Francesca Bonaiti
    20.01.26, 09:00
  12. 108. Nuclear matrix elements for fundamental symmetries
    Javier Menéndez (University of Barcelona)
    20.01.26, 09:30
  13. 109. Electroweak Responses of Many-Body Systems
    Joanna Sobczyk (Chalmers University of Technology)
    20.01.26, 10:00
  14. 110. Nuclear electromagnetic structure in muonic atoms
    Sonia Bacca (Johannes Gutenberg University Mainz)
    20.01.26, 11:00
  15. 111. Recent advances in precise forbidden 𝛽-decays for new physics searches
    Ayala Glick-Magid (Tel Aviv University)
    20.01.26, 11:30
  16. 112. Electromagnetic and exotic nuclear moments
    Jacek Dobaczewski (University of York)
    20.01.26, 17:00
  17. 113. New NCSM results for exotic nuclear moments, exotic nuclei, sub-leading 3N interactions
    Petr Navratil (TRIUMF)
    20.01.26, 17:30
  18. 114. Ab initio calculations of beta-decay half-lives for N=50 neutron-rich nuclei
    Zhen Li (Technische Universität Darmstadt)
    20.01.26, 18:00
  19. 115. Two-body currents at finite momentum transfer and applications to M1 transitions
    Catharina Brase
    20.01.26, 18:20
  20. 116. Multi-neutron systems and the large-charge expansion
    Silas Beane (University of Washington)
    21.01.26, 09:00
  21. 117. Experimental Approaches to Multi-Neutron Systems at RIBF
    Kenjiro Miki (Tohoku University)
    21.01.26, 09:30
  22. 118. Nucleon-nucleon correlation functions from different interactions in comparison
    Matthias Göbel (Nuclear Physics Institute, CAS, Řež)
    21.01.26, 10:00
  23. 119. Ab Initio Calculations of Medium-Mass Nuclei with Neural Quantum States
    Jane Kim (Argonne National Laboratory)
    21.01.26, 11:00
  24. 120. Uncertainty quantification and inference with many-body perturbation theory
    Isak Svensson (TU Darmstadt)
    21.01.26, 11:30
  25. 121. Description of 4n halo nuclei
    RIMANTAS LAZAUSKAS (IPHC, Strasbourg)
    21.01.26, 17:00
  26. 122. Two-neutron distribution of the triton from pionless EFT
    Tanja Kirchner
    21.01.26, 17:30
  27. 123. Quantifying uncertainties for the nuclear equation of state in $\beta$-equilibrium
    Hannah Göttling
    21.01.26, 17:50
  28. 124. Nuclear Responses with Neural-Network Quantum States
    Nir Barnea (The Hebrew University of Jerusalem)
    21.01.26, 18:10
  29. 125. Gaussian expansion method and its application to 4He bosonic 5-body system
    Emiko Hiyama (RIKEN)
    22.01.26, 09:00
  30. 126. Charge radii in exotic tin isotopes from Bogoliubov coupled cluster theory
    Thomas Duguet (CEA/Saclay)
    22.01.26, 09:30
  31. 127. Nuclear Density-Functional theory: achievements and open problems
    Paul-Gerhard Reinhard (FAU Erlangen)
    22.01.26, 10:00
  32. 128. Balancing uncertainties in ab initio calculations
    Lars Zurek
    22.01.26, 11:00
  33. 143. Nuclear deformation in Brussels Skyrme EDF models
    Pepijn Demol
    22.01.26, 11:30
  34. 130. Impact of ground-state correlations on the nuclear response
    Andrea Porro (TU Darmstadt)
    22.01.26, 17:00
  35. 131. Towards Collective Excitations in Open-Shell Nuclei: From IM-(S)RPA to IM-CI
    Michelle Müller
    22.01.26, 17:30
  36. 132. Nuclear structure and dynamics from coupled-cluster theory
    Dr. Francesco Marino (Institut für Kernphysik, Johannes Gutenberg-Universität Mainz, Germany)
    22.01.26, 17:50
  37. 133. Nuclear matter calculations from chiral interactions
    Yannick Dietz
    22.01.26, 18:10
  38. 134. Multimodal superfluidity of neutron matter
    Dean Lee (Michigan State University)
    23.01.26, 09:00
  39. 135. Nuclear structure theory meets the LHC: the recent Ne20+Ne20 run
    Benjamin Bally (TU Darmstadt)
    23.01.26, 09:30
  40. 136. The QRPA approach within the Gogny EDF framework: some success and current limitations
    Sophie Péru (CEA)
    23.01.26, 10:00
  41. 139. DFT for high-lying giant resonances and prospects for ab initio-based energy density functionals
    Gianluca Colo (University of Milano and INFN)
    23.01.26, 11:00
  42. 140. Extracting charge radii from precision spectroscopy: ab initio calculation of nuclear polarizability
    Mehdi Drissi (TU Darmstadt)
    23.01.26, 11:30
  43. 141. Double beta decay within the nuclear density functional theory
    Jan Miskiewicz (University of Warsaw)
    23.01.26, 11:50
  44. 102. An initio calculations at the superheavy frontier
    Francesca Bonaiti
  45. 107. Electroweak properties of light nuclei
    Saori Pastore (Washington U., St. Louis)
  46. 137. Multi-reference perturbation theory for open shell nuclei
    Mikael Frosini (CEA Cadarache)
  47. 138. Nuclear deformation and collective phenomena in Brussels Skyrme EDF models
    Pepijn Demol
  48. 92. TBA
    Christian Forssen (Fundamental Physics, Chalmers)
  49. 93. TBA
    Matthias Heinz (ORNL)
  50. 94. TBA
    Ragnar Stroberg (University of Notre Dame)
  51. 95. TBA
    Gaute Hagen (Oak Ridge National Laboratory)
  52. 96. TBA
    Pierre Arthuis (IJCLab, CNRS & U. Paris-Saclay)
  53. 129. TBA
    Kyle Godbey (FRIB/MSU)