Lorenz–Mie theory for 2D scattering and resonance calculations

Resonance superfluidity : renormalization of resonance scattering theory

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Electron PMO, and Structure-Resonance Theory Calculations for Proton Affinities

Catastrophe theory and resonance line shapes in atom-surface scattering

The measured high-resolution energy profile of a selective adsorption resonance in the scattering of He atoms from NaCl~001! is found to exhibit a mixed-extrema structure reminiscent of a Fano-type function. An analysis of the topological properties of the resonance line shape as a function of the surface temperature reveals a behavior which is isomorphic to the simplest elementary catastrophe,...

Boundary-integral Calculations of 2d Em Scattering in Infinite Photonic Crystal Slabs: Channel Defects and Resonances

We compute the transmission of two-dimensional electromagnetic waves through a square lattice of lossless dielectric rods with a channel defect. The lattice is finite in the direction of propagation of the incident wave and periodic in a transverse direction. We revisit a boundaryintegral formulation of 2D electromagnetic scattering (Venakides, Haider, Papanicolaou, SIAM J. Appl. Math., 2000) t...

New Improvements for Mie Scattering Calculations

New improvements to compute Mie scattering quantities are presented. They are based on a detailed analysis of the various sources of error in Mie computations and on mathematical justifications. The algorithm developed on these improvements proves to be reliable and efficient, without size (x = 2πR/λ) nor refractive index (m = mR − imI) limitations, and the user has a choice to fix in advance t...