5 citations · 9 across the 8 of their papers we have counts for
8 papers
Raubold-Lynch construction of the phase space in hypertriton three-body mesonic decay
Emile Meoto
A Monte Carlo construction is presented for the three-body mesonic decay phase space of the hypertriton. This is accomplished using the Raubold-Lynch sequential two-body decay algo…
Neutral pion momentum in hypertriton mesonic decay through a root-finding method
Emile Meoto
A root-finding method is used to study two-body mesonic decay in the hypertriton. We validate this Newton--Raphson root-finding approach by applying it to the negative-pion decay c…
4-momentum conservation as the principal framework for mesonic decay: The case of helium-5-lambda
Emile Meoto, Mantile L. Lekala
Negative-pion and neutral-pion mesonic decays of the hypernucleus He are investigated within two-body and three-body relativistic kinematics in the rest-frame of the hypernu…
Explicit asymptotics of coupling matrix elements for central potentials in the hyperspherical harmonics expansion method
Emile Meoto, Mantile L. Lekala
The analytic structure and asymptotic behavior of channel-coupling potentials in three-body systems are investigated within the framework of the hyperspherical harmonics expansion…
Quantum three-body problem for nuclear physics
Emile Meoto
A brief excursion into the three-body problem in quantum mechanics is presented for graduate students or researchers in nuclear physics. Starting from single-particle coordinates,…
Hypertriton states from inverse scattering theory
Emile Meoto, Mantile Lekala
The primary goal of this paper is to demonstrate that inverse scattering theory is a viable method for the simulation of lambda-nucleon potentials in hypernuclear few-body studies.…