We discuss the application of the chiral N 3 LO forces to three-nucleon reactions and point to
the challenges which will have to be addressed. Present approaches to solve three-nucleon …

A recently developed formulation for treating two-and three-nucleon bound states in a three-
dimensional formulation based on spin-momentum operators is extended to nucleon …

We test the operator form of the Fourier transform of the Argonne V18 potential by computing
selected scattering observables and all Wolfenstein parameters for a variety of energies …

We compare three methods to calculate the nucleon–nucleon t-matrix based on the three-
dimensional formulation of Golak et al.(Phys Rev C 81: 034006, 2010). In the first place we …

Recently there has been a growing interest in computational methods for quantum scattering
equations that avoid the traditional decomposition of wave functions and scattering …

Finite-rank expansions of the two-body resolvent operator are explored as a tool for
calculating the full three-dimensional two-body T-matrix without invoking the partial-wave …

The use of Bateman method for solving the two-variable version of the two-body Lippmann–
Schwinger equation without recourse to partial-wave decomposition is investigated …

Direct numerical solution of the coordinate-space integral-equation version of the two-
particle Lippmann-Schwinger (LS) equation is considered without invoking the traditional …

Expansion in angular-momentum states has hitherto been the usual ansatz for
computational approaches to quantum-mechanical scattering problems. However, a critical …

Direct numerical solution of the coordinate-space integral-equation version of the two-
particle Lippmann Schwinger (LS) equation is considered as a means of avoiding the …