Reception Buffet

Chiral EFT for nuclear modeling—on and off the beaten track

• Christian Forssén (Department of Physics, Chalmers)

Towards an Understanding of Truncation Errors in the IMSRG

• Ragnar Stroberg (University of Notre Dame)

Precise neutron densities of nuclei and what this means for neutron skins

• Matthias Heinz (ORNL)

Coupled-cluster computations of deformed nuclei

• Gaute Hagen (Oak Ridge National Laboratory)

Recent applications of low-resolution interactions

• Pierre Arthuis (IJCLab, CNRS & U. Paris-Saclay)

Low-Resolution Effective Field Theory for Nucleon-Nucleon Interactions

• Sven Heihoff (Ruhr-Universität Bochum)

Many-body emulators for nuclear structure

• Margarida Companys Franzke

Uncertainties with low-resolution nuclear forces

• Tom Plies (TU Darmstadt)

Exploring quark mass dependent three-nucleon forces in medium-mass nuclei

• Urban Vernik (TU Darmstadt - Institute for Nuclear Physics)

An initio calculations at the superheavy frontier

• Francesca Bonaiti

Nuclear matrix elements for fundamental symmetries

• Javier Menéndez (University of Barcelona)

Electroweak Responses of Many-Body Systems

• Joanna Sobczyk (Chalmers University of Technology)

TBA

• Sonia Bacca (Johannes Gutenberg University Mainz)

Recent advances in precise forbidden 𝛽-decays for new physics searches

• Ayala Glick-Magid (Tel Aviv University)

Electromagnetic and exotic nuclear moments

• Jacek Dobaczewski (University of York)

New NCSM results for exotic nuclear moments, exotic nuclei, sub-leading 3N interactions

• Petr Navratil (TRIUMF)

Ab initio calculations of beta-decay half-lives for N=50 neutron-rich nuclei

• Zhen Li (Technische Universität Darmstadt)

Two-body currents at finite momentum transfer and applications to M1 transitions

• Catharina Brase

Multi-neutron systems and the large-charge expansion

• Silas Beane (University of Washington)

Experimental Approaches to Multi-Neutron Systems at RIBF

• Kenjiro Miki (Tohoku University)

Nucleon-nucleon correlation functions from different interactions in comparison

• Matthias Göbel (Nuclear Physics Institute, CAS, Řež)

Ab Initio Calculations of Medium-Mass Nuclei with Neural Quantum States

• Jane Kim (Argonne National Laboratory)

Uncertainty quantification and inference with many-body perturbation theory

• Isak Svensson (TU Darmstadt)

Description of 4n halo nuclei

• RIMANTAS LAZAUSKAS (IPHC, Strasbourg)

Two-neutron distribution of the triton from pionless EFT

• Tanja Kirchner

TBA

• Hannah Göttling

Factorization and Universality in Nuclear Physics

• Nir Barnea (The Hebrew University of Jerusalem)

Gaussian expansion method and its application to 4He bosonic 5-body system

• Emiko Hiyama (RIKEN)

Charge radii in exotic tin isotopes from Bogoliubov coupled cluster theory

• Thomas Duguet (CEA/Saclay)

Nuclear Density-Functional theory: achievements and open problems

• Paul-Gerhard Reinhard (FAU Erlangen)

TBA

• Lars Zurek

Nuclear deformation and collective phenomena in Brussels Skyrme EDF models

• Pepijn Demol

Impact of ground-state correlations on the nuclear response

• Andrea Porro (TU Darmstadt)

Towards Collective Excitations in Open-Shell Nuclei: From IM-(S)RPA to IM-CI

• Michelle Müller

Nuclear structure and dynamics from coupled-cluster theory

• Francesco Marino (Institut für Kernphysik, Johannes Gutenberg-Universität Mainz, Germany)

Nuclear matter calculations from chiral interactions

• Yannick Dietz

Multimodal superfluidity of neutron matter

• Dean Lee (Michigan State University)

Recent applications of the PGCM: from very heavy nuclei down to small model spaces

• Benjamin Bally

The QRPA approach within the Gogny EDF framework: some success and current limitations

• Sophie Péru (CEA)

DFT for high-lying giant resonances and prospects for ab initio-based energy density functionals

• Gianluca Colo (University of Milano and INFN)

Extracting charge radii from precision spectroscopy: ab initio calculation of nuclear polarizability

• Mehdi Drissi (TU Darmstadt)

Double beta decay within the nuclear density functional theory

• Jan Miskiewicz (University of Warsaw)