Nucleon-nucleon data below 300-MeV laboratory energy are described by a manifestly
covariant wave equation in which one of the intermediate nucleons is restricted to its mass …

This paper begins with an explanation of the implications of the requirement that a two-body
relativistic equation should approach a one-body equation when one of the masses …

Using the covariant spectator theory (CST), we present two one-boson-exchange kernels
that have been successfully adjusted to fit the 2007 world np data (containing 3788 data) …

In this work, we propose an approach to the solution of finite volume three-body problem by
considering asymptotic forms and periodicity property of wave function in configuration …

We construct relativistic wave equations describing the dynamics of two interacting particle
systems involving spin-0 bosons and/or spin-(1/2) fermions. The method consists in …

Using the manifestly covariant spectator theory and modeling the nucleon as a system of
three constituent quarks with their own electromagnetic structure, we show that all four …

In this work, we use McGuire's model to describe scattering of three spinless identical
particles in one spatial dimension; we first present analytic solutions of Faddeev's equation …

Finite volume multiple-particle interaction is studied in a two-dimensional complex ϕ 4 lattice
model. The existence of analytical solutions to the ϕ 4 model in two-dimensional space and …

In the present work, we study a numerical approach to one dimensional finite volume three-
body interaction, the method is demonstrated by considering a toy model of three spinless …

First results for the triton binding energy obtained from the relativistic spectator or Gross
equation are reported. The Dirac structure of the nucleons is taken into account. Numerical …