# Abstracts

Self-Consistent Green’s Function Theory Computations of Medium Mass IsotopesPhysics Investigations and High-Performance Calculations in Pacific National UniversityOn the possibile exitence of 4n resonancesAb initio calculation of the effect of boron doping on the mechanical properties of siliceneAb initio calculation of the effect of boron doping on the mechanical properties of siliceneLarge-scale shell-model challenges within the RIB eraNuclei, quantum entanglement, and qubitsHarnessing approximate symmetries hidden in atomic nuclei for ab initio nuclear modelingAn approach to the computation of few/many-body multichannel reactionsSeparable Representation of Single and Multi-Channel Optical PotentialsIntegral Equations for Three-Dimensional Scattering ProblemMinkowski space solutions of the Bethe-Salpeter equation for bosonic and fermionic systemsHighlights from the 15-year Heavy Ion Program at the PHENIX Experiment at RHICDeuteron wave function and elastic eD scatteringNuclear Mass Table Project with Relativistic Continuum Hartree-Bogoliubov TheoryJ-matrix approach to extrapolation of ab initio calculationsQuantum Monte Carlo Calculations with Chiral Effective Field Theory InteractionsAnalysis of Resonant States within the SS HORSE MethodEnergy and Width of the Resonance in the 4n SystemThe effect of field-induced transparency. The Hartree-Fock demonstrationEigenvectors of multi-channel scattering matrices at resonance energiesLow-energy phase shift using NCSM with three NN interactionsNuclear structure and the proton radius puzzleCollective multipole excitations of deformed halosModel of the rigid pair penetrationsSolving Few-Body Scattering Problems in a Discrete Representation by using GPUExperiments of Few-Nucleon Scattering and Three-Nucleon ForcesLarge-Scale Shell-Model Studies for Exotic Nuclei and Nuclear Level DensitiesFrom stable to exotic nuclei in He isotopesNN interaction Daejeon16Modern two-nucleon forces in three-nucleon reactionsThe algebraic versions of the resonating group model and the orthogonality conditions model as fundamentals of theoretical approaches for describing nuclear reactionsComparisons of Optimization Techniques in Parallel ab initio Nuclear Structure CalculationsAsymptotic Properties of Resonance and Weakly-Bound States in the Shell-Model CalculationsAb Initio No-Core Shell Model with Leadership Class SupercomputersAdiabatic self-consistent collective path and inertial mass in nuclear fusion reactionsCGSM and MBPT calculations with realistic nuclear forcesThree-body Coulomb scattering treatment by potential splitting approachElectron Correlations in the Framework of the Quasi Sturmians ApproachTime-dependent Basis Function Approach to Nuclear ScatteringNuclear tetrahedral shapes from multidimensionally-constrained covariant density functional theories