Relativistic correction to the triton binding energy in the framework of relativistic Hamiltonian dynamics

Details Relativistic correction to the triton binding energy in the framework of relativistic Hamiltonian dynamics Relativistic correction to the triton binding energy in the framework of relativistic Hamiltonian dynamics

Jun 1989

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1989fbs.....7...55k&link_type=abstract

Few-Body Systems, Volume 7, Issue 2, pp.55-77

Physics

6

Scientific paper

The relativistic correction to the triton binding energy approximated to the order ( v/c)2 is calculated in the framework of relativistic Hamiltonian dynamics. We discuss the generator representation of the Poincaré group for three relativistic particles and its connection with the Feynman diagrams in the infinite-momentum frame (the light-front dynamics). The relativistic correction enhances the attraction in the three-nucleon system. The five-channel calculation with the Reid soft-core potential yeilds the result Δɛ=-0.54 MeV, which is governed mainly by the D-wave contribution. The S-wave contributions to Δɛ are only -0.10 MeV.

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