Frontiers of Uncertainty Quantification for EFTs

• Dick Furnstahl (Ohio State University)

Precision nuclear theory

• Christian Forssen (Chalmers University of Technology)

New insights into Renormalization & regularization of nuclear forces

• Evgeny Epelbaum (RU Bochum)

Revisiting chiral low-momentum interactions for medium-mass nuclei

• Pierre Arthuis (TU Darmstadt)

A Status Update on IMSRG Methods in Nuclear Physics

• Heiko Hergert (Michigan State University)

Nuclear ab initio calculations for heavy-mass nuclei

• Takayuki Miyagi (TU Darmstadt)

Fundamental Symmetries with Nuclei

• Saori Pastore (Washington University St Louis)

Recent progress on in-medium similarity renormalization group calculations with three-body operators

• Matthias Heinz (TU Darmstadt)

Electromagnetic observables from first principles

• Sonia Bacca (JGU Mainz)

Nuclear ab initio studies for neutrino oscillations

• Joanna Sobczyk (JGU Mainz)

Weak interactions in effective field theory

• Lucas Platter (University of Tennessee Knoxville)

Uncertainty quantification, verification and validation and predictions in pion-less EFT

• Doron Gazit (Hebrew University of Jerusalem)

Testing chiral EFT in nuclear matter with neutron-star observations (and nuclear experiments)

• Ingo Tews (Los Alamos National Laboratory)

Nuclear equation of state for arbitrary proton fraction and temperature

• Jonas Keller (TU Darmstadt)

Recent Experimental Searches for a Tetraneutron

• Roman Gernhäuser (TU München)

Hyperon-Nucleon Interaction Constrained by Light Hypernuclei

• Marco Knöll (TU Darmstadt)

Recent developments in NLEFT

• Ulf-G. Meißner (Uni Bonn and FZ Jülich)

EFT calculations and finite-volume techniques for nuclear few-body systems

• Sebastian König (NC State University)

Nuclear matrix elements for fundamental symmetries based on EFTs

• Javier Menendez (University of Barcelona)

Neutrinoless double-beta decay from an effective field theory for heavy nuclei

• Catharina Brase (TU Darmstadt)

Lattice QCD calculations of Nuclear Physics at unphysical quark masses

• Assumpta Parreño (University of Barcelona)

Many-Body Perturbation Theory and Beyond with Nuclear Contact Interactions

• Norbert Kaiser (TU München)

Gaussian characterization of the universal window

• Alejandro Kievsky (INFN Pisa)

Implications of the unitarity limit for neutron spectra of halo nuclei

• Matthias Göbel (TU Darmstadt)

High-resolution laser spectroscopy: a powerful tool to unravel the mysteries of the atomic nucleus

• Liss Vazquez Rodriguez (CERN)

Nuclear DFT as an effective theory

• Jacek Dobaczewski (University of York)

Ab initio nuclear predictions

• Andreas Ekström (Chalmers University of Technology)

Energy-density functionals from local chiral interactions

• Lars Zurek (TU Darmstadt)

Wave function matching for the quantum many-body problem

• Dean Lee (Michigan State University)

Collective excitations from novel ab initio many-body methods

• Thomas Duguet (CEA Saclay)

Entanglement and quantum simulations of nuclear systems in effective model spaces

• Caroline Robin (Uni Bielefeld and GSI)

Relativistic nuclear collisions as a new laboratory to test effective theories for nuclei

• Giuliano Giacalone (Uni Heidelberg)

Ab initio nuclear structure & reaction theory: Applications to astrophysics & fundamental symmetries

• Petr Navratil (TRIUMF)

Ab initio theory for heavy nuclei and searches for new physics

• Jason Holt (TRIUMF)

Nambu Covariant Green’s Functions Theory for Strongly Correlated Superfluids

• Arnau Rios Huguet (University of Barcelona)

Mean-field calculations with regularized pseudopotentials

• Karim Bennaceur (Université Lyon)

Large-Nc constraints for nuclear EFTs in and beyond the Standard Model

• Thomas Richardson (JGU Mainz)

Many-body effects of collective neutrino oscillations

• Zewei Xiong (GSI)

Approaching a SU(3)-Octet Density Functional Theory

• Horst Lenske (JLU Gießen)