# Presentations

Takashi Abe

No-core Monte Carlo shell model calculations with Daejeon16 *NN* interaction

Shung-Ichi Ando

The S_{E1} factor of radiative α capture on ^{12}C in cluster effective field theory

Carlo Barbieri

Recent (computational and non) advances self-consistent Green′s function theory in nuclear physics

Nir Barnea

The proton radius puzzle and nuclear structure corrections in light muonic atom

Bruce R. Barrett

Microscopically calculated shell-model effective two-body matrix elements in the *sd* shell

Mark A. Caprio

Predictions for nuclear rotational structure from *ab initio* calculations

Myung Ki Cheoun

Competence of pairing correlations and deformation in the nuclear structure

Kihyeon Cho

Nuclear theory in the 5th supercomputing era

Luigi Coraggio

Chiral three-body forces and the monopole component of effective shell-model hamiltonians

Jerry Draayer

Symmetry adapted no-core shell-model calculations for probing the structure of atomic nuclei

Andreas Ekström

Statistical analysis and optimization of chiral forces

Charlotte Elster

Nucleon-nucleus elastic scattering using ab initio folding potentials based on NCSM nonlocal one-body densities

Evgeny Epelbaum

High-precision nuclear forces from chiral EFT: Where do we stand?

Kevin Fossez

Neutron-rich helium isotopes: complex made simple

Tobias Frederico

The relativistic dynamics in Minkowski space: exploring hadron structure

Gaute Hagen

A solution to the puzzle of quenched beta-decays

Kyoungsu Heo

Extended optical model analyses of ^{11}Be+^{197}Au with dynamic polarization potential

Seung-Woo Hong

Science opportunities with RAON

Chang Ho Hyun

Nuclear energy density functional by KIDs

EunJin In

Nuclear mass table in deformed relativistic continuum Hartree-Bogoliubov theory

Vladimir Karmanov

Bound states of relativistic nature

Youngman Kim

Daejeon16 *NN* interaction

Seonghyun Kim

Calculation of ground-state energy for light nuclei with the Strutinsky’s method

Young Kwan Kwon

Status of RAON

Rimantas Lazauskas

On the solution of the Faddeev-Yakubovsky equations for five nucleon systems

Dean Lee

Applications of lattice effective field theory to nuclear forces and structure

Jounghwa Lee

A semi-empirical model for calculating fission product yields

Ruprecht Machleidt

What is wrong with our current nuclear forces?

Alexander I. Mazur

Description of continuum states within no-core shell model. Single-state HORSE method

Igor A. Mazur

Elastic n−^{6}He scattering and ^{7}He resonant states in single-state HORSE method

Anna McCoy

Convergence in the *ab initio* sympletic no-core configuration interaction framework

Ulf-G. Meißner

Towards nuclear physics as precision science

Chandan Mondal

Basis light-front quantization approach to nucleon

Alexander K. Motovilov

Unphysical energy sheets and resonances in the Friedrichs-Faddeev model

Petr Navrátil

Nuclear structure and dynamics from chiral forces

Witold Nazarewicz

Quantified density functional theory

Thomas Neff

Cluster states in ^{12}C and neighboring nuclei

Esmond G. Ng

Challenges in computing at extreme scale

Andreas Nogga

Faddeev-Yakubovsky and Jacobi-no-core-shell model results for light hypernuclei

Feng Pan

Algebraic solution of the isovector pairing problem

Chong Qi

Large-scale shell model calculations of heavy nuclei

Dmitry Rodkin* Ab initio* description of resonances of light nuclei

Mario Sánchez

The two-nucleon system within chiral effective field theory

Francesca Sammarruca

Correlations in nuclear matter and nuclei

Kimiko Sekiguchi

Experimental approach to three-nucleon forces via three- and four-nucleon scattering

Noritaka Shimizu

Large-scale shell model calculations and chiral doublet bands in ^{128}Cs

Andrey Shirokov

Tetraneuteron resonance

Roman Skibiński

Nucleon-deuteron scattering with chiral semilocal coordinate-space and momentum-space regularized interactions

Nadezda Smirnova

Isospin-symmetry breaking correction to superallowed 0^{+}→0^{+} β-decay

Ionel Stetcu

Modeling fission dynamics with leadership class computing capabilities

Yury Tchuvil'sky

Nuclear clustering, step to a supercomputing approach

Jun Terasaki

Examination of consistency of QRPA approach to double-beta decay

Kacper W. Topolnicki^{ 3}H and ^{3}He bound state calculations without angular momentum decomposition

James P. Vary

No-core shell model with chiral effective field theory interactions

Alexander Volya

Interplay of single-particle and cluster degrees of freedom in atomic nuclei

Stefan Wild

Optimization problems in nuclear theory

Furong Xu

Nuclear resonances

Sergey L. Yakovlev* Ab initio* scattering calculation in three-body Coulomb systems: e- - H (e^{-} - H) and e^{+} - He^{+}

Xingbo Zhao

Light-front approach to a chiral nucleon-pion Lagrangian

Wei Zuo

Three-body force effect on the properties of nuclear matter