# Abstracts

The S_{E1} factor of radiative alpha capture on 12C in cluster effective field theoryRecent advances for computational self-consistent Green’s function theory in nuclear physicsAb initio calculation of nuclear structure effects in muonic atomsMicroscopically calculated shell-model effective two-body matrix elements in the sd shellNew calculational methods in hadron and atomic physics based on light-front quantization, and supersymmetric features of hadron physics from light-front holography and superconformal algebraPredictions for nuclear rotational structure from ab initio calculationsNuclear Theory in the 5th supercomputing eraChiral three-body forces and the monopole component of effective shell-model hamiltoniansSymmetry adapted no-core shell-model calculations for probing the structure of atomic nucleiStatistical analysis and optimization of chiral forcesNucleon-Nucleus elastic scattering using ab initio folding potentials based on NCSM nonlocal one-body densitiesHigh-precision nuclear forces from chiral EFT: Where do we stand?Neutron-rich helium isotopes: complex made simpleThe Relativistic Dynamics In Minkowski Space: Exploring Hadron StructureA solution to the puzzle of quenched beta-decaysExtended optical model analyses of 11Be+197Au with dynamic polarization potentialNovel Framework of Nuclear EDFNuclear mass table in deformed relativistic continuum Hartree-Bogoliubov theoryBound states of relativistic originCalculation of ground-state energy for light nuclei with the Strutinsky’s methodDaejeon16 NN interactionOn the solution of the Faddeev-Yakubovsky equations for five nucleon systemsApplications of Lattice Effective Field Theory to Nuclear Forces and StructureA semi-empirical model for calculating fission product yieldsWhat is wrong with our current nuclear forces?Description of continuum states within no-core shell model. Single State HORSE method.Elastic n−6He scattering and 7He resonant states in Single State HORSE methodTowards Nuclear Physics as Precision ScienceBasis light-front quantization approach for the nucleonUnphysical energy sheets and resonances in the Friedrichs-Faddeev modelNuclear structure and dynamics from chiral forcesQuantified nuclear density functional theoryScientific Discovery Through Exascale ComputingFaddeev-Yakubovsky and Jacobi-no-core-shell model results for light hypernucleiIntegral transform approaches to nuclear physicsAlgebraic solution of the isovector pairing problemLarge-scale shell model calculations of heavy nucleiAb initio description of one-nucleon resonances and halo states in light nucleiBenchmarking ab initio theories using resonance scatteringNeutrino Scattering with Quantum ComputersThe two-nucleon system within Chiral Effective Field TheoryCorrelations in nuclei and nuclear matterApproach to Three-Nucleon Forces via Three- and Four-Nucleon ScatteringLarge-scale shell model calculations and chiral doublet bands in 128CsNucleon-deuteron scattering with chiral semilocal coordinate-space and momentum-space regularized interactionsIsospin-symmetry breaking correction to Fermi beta-decayModeling fission dynamics with leadership class computing capabilitiesNUCLEAR CLUSTERING, STEP TO A SUPERCOMPUTING APPROACHExamination of consistency of QRPA approach to double-beta decay3H and 3He bound state calculations without angular momentum decompositionNo-Core Shell Model with Chiral Effective Field Theory InteractionsInterplay of single-particle and cluster degrees of freedom in atomic nucleiOptimization Problems in Nuclear TheoryAb initio calculations of nuclear resonancesAb initio scattering calculation in three-body Coulomb systems: e+ - H, e- - {bar H} and e+ - He+Light-front approach to a chiral nucleon-pion LagrangianThree-body force effect on the Properties of nuclear matter