The semiclassical limit of quantum mechanical scattering in two dimensions is developed and the Wentzel-Kramers-Brillouin and eikonal results for two-dimensional scattering is derived. No backward or forward glory scattering is present in two dimensions. Other phenomena, such as rainbows and orbiting, do occur. (C) 2008 American Association of Physics Teachers
The semiclassical limit of quantum mechanics is analogous to the short-wavelength limit of electroma...
As a concrete example of the idea of renormalization, quantum mechanical scattering of particles by ...
The transfer matrix of a possibly complex and energy-dependent scattering potential can be identifie...
The semiclassical limit of quantum mechanical scattering in two dimensions is developed and the Went...
Semiclassical scattering theory can be summarized as the study of connections between classical mech...
In this paper we study scattering of two-dimensional massless Dirac fermions by a potential that dep...
The semiclassical theory developed by Maslov and Fedoriuk is used to calculate the wave function for...
The semiclassical theory developed by Maslov and Fedoriuk is used to calculate the wave function for...
A two-dimensional scattering potential represents the quantum extension of a difiractive lattice: a ...
A self-contained discussion of non-relativistic quantum scattering is presented in the case of centr...
That vector potentials have a direct significance to quantum particles moving in magnetic fields is ...
For pt.I see ibid., vol.B128, p.131 (1977). Hadron scattering is studied in higher orders of the 1/N...
The theory of quantum mechanical scattering in hyperbolic space is developed. General formulas based...
We study 2-to-2 scattering amplitudes of massless spin one particles in $d=4$ space-time dimensions,...
The transfer matrix of a possibly complex and energy-dependent scattering potential can be identifie...
The semiclassical limit of quantum mechanics is analogous to the short-wavelength limit of electroma...
As a concrete example of the idea of renormalization, quantum mechanical scattering of particles by ...
The transfer matrix of a possibly complex and energy-dependent scattering potential can be identifie...
The semiclassical limit of quantum mechanical scattering in two dimensions is developed and the Went...
Semiclassical scattering theory can be summarized as the study of connections between classical mech...
In this paper we study scattering of two-dimensional massless Dirac fermions by a potential that dep...
The semiclassical theory developed by Maslov and Fedoriuk is used to calculate the wave function for...
The semiclassical theory developed by Maslov and Fedoriuk is used to calculate the wave function for...
A two-dimensional scattering potential represents the quantum extension of a difiractive lattice: a ...
A self-contained discussion of non-relativistic quantum scattering is presented in the case of centr...
That vector potentials have a direct significance to quantum particles moving in magnetic fields is ...
For pt.I see ibid., vol.B128, p.131 (1977). Hadron scattering is studied in higher orders of the 1/N...
The theory of quantum mechanical scattering in hyperbolic space is developed. General formulas based...
We study 2-to-2 scattering amplitudes of massless spin one particles in $d=4$ space-time dimensions,...
The transfer matrix of a possibly complex and energy-dependent scattering potential can be identifie...
The semiclassical limit of quantum mechanics is analogous to the short-wavelength limit of electroma...
As a concrete example of the idea of renormalization, quantum mechanical scattering of particles by ...
The transfer matrix of a possibly complex and energy-dependent scattering potential can be identifie...
DOI
Add to ORKG