97 citations · 333 across the 11 of their papers we have counts for
11 papers
Fine Structure of Pentaquark Multiplets in the Dynamical Diquark Model
Jesse F. Giron, Richard F. Lebed
We apply the dynamical diquark model to predict the spectrum of hidden-charm pentaquark states in both unflavored and open-strange sectors. Using only Hamiltonian parameters introd…
Spectrum of Hidden-Charm, Open-Strange Exotics in the Dynamical Diquark Model
Jesse F. Giron, Richard F. Lebed, Steven R. Martinez
The observation by BESIII and LHCb of states with hidden charm and open strangeness () presents new opportunities for the development of a global model of heavy-qu…
Radiative Transitions of Charmoniumlike Exotics in the Dynamical Diquark Model
Justin M. Gens, Jesse F. Giron, Richard F. Lebed
Using the dynamical diquark model, we calculate the electric-dipole radiative decay widths to of the lightest negative-parity exotic candidates, including the four ,…
Nemchinov-Dyson Solutions of the Two-Dimensional Axisymmetric Inviscid Compressible Flow Equations
Jesse F. Giron, Scott D. Ramsey, Roy S. Baty
We investigate the two-dimensional (D) inviscid compressible flow equations in axisymmetric coordinates, constrained by an ideal gas equation of state (EOS). Beginning with the…
The Simple Spectrum of States in the Dynamical Diquark Model
Jesse F. Giron, Richard F. Lebed
We develop the spectroscopy of and other all-heavy tetraquark states in the dynamical diquark model. In the most minimal form of the model (e.g., each diquark app…
Spectrum of the Hidden-Bottom and the Hidden-Charm/Strange Exotics in the Dynamical Diquark Model
Jesse F. Giron, Richard F. Lebed
The lightest hidden-bottom tetraquarks in the dynamical diquark model fill an -wave multiplet consisting of 12 isomultiplets. We predict their masses and dominant bottomonium de…
The Spectrum of -Wave Hidden-Charm Exotic Mesons in the Diquark Model
Jesse F. Giron, Richard F. Lebed
We study the fine structure in the spectrum of known and predicted negative-parity hidden-charm exotic meson states, which comprise the lowest -wave multiplet in the dynamical d…
Scale Invariance of the Homentropic Inviscid Euler Equations with Application to the Noh Problem
Jesse F. Giron, Scott D. Ramsey, Roy S. Baty
We investigate the inviscid compressible flow (Euler) equations constrained by an "isentropic" equation of state (EOS), whose functional form in pressure is an arbitrary function o…
The Dynamical Diquark Model: Fine Structure and Isospin
Jesse F. Giron, Richard F. Lebed, Curtis T. Peterson
We incorporate fine-structure corrections into the dynamical diquark model of multiquark exotic hadrons. These improvements include effects due to finite diquark size, spin-spin co…
The Dynamical Diquark Model: First Numerical Results
Jesse F. Giron, Richard F. Lebed, Curtis T. Peterson
We produce the first numerical predictions of the dynamical diquark model of multiquark exotic hadrons. Using Born-Oppenheimer potentials calculated numerically on the lattice, we…
Conditions for Translation and Scaling Invariance of the Neutron Diffusion Equation
Jesse F. Giron, Scott D. Ramsey, Brian A. Temple
Lie group methods are applied to the time-dependent, monoenergetic neutron diffusion equation in materials with spatial and time dependence. To accomplish this objective, the under…