Regge poles and atom-molecule diffraction

Complex angular momentum approach to black-hole scattering

“…It has proved to be a useful tool in many standard scattering problems. Several reviews which cover not only the details of the technique, but also give extensive lists of references, have been written (see, for example, [5,6]). A perhaps more entertaining account of the C A M paradigm can be found in a recent book by Nussenzveig [7].…”

A single resonance Regge pole dominates the forward-angle scattering of the state-to-state F + H2 → FH + H reaction at Etrans = 62.09 meV

“…Reviews, with guides to the literature, can be found in ref. [57][58][59][60][61][62][63]. Specific applications to chemical reactions are in ref.…”

On Regge pole trajectories for a rational function approximation of Thomas–Fermi potentials

“…The single-channel Regge pole theory has made important contributions to the interpretation of scattering differential cross sections (DCSs), particularly in low-energy heavy-particle collisions [1], in electron-atom collisions [2] as well as in subatomic collisions [3,4]. Notions of surface waves, quasi-molecular states and resonance states formed by colliding particles have been introduced in the past [5,6].…”

“…This situation calls for accurate computational methods. Well-known computational methods (approximate and exact numerical methods) are presented in [5] (see also [17]), involving complex rotation techniques and semiclassical WKB approximations.…”