John B. Pendry

TL;DR: In this article, a theory of the absorption fine structure starting from theoretically obtained electron-atom scattering phase shifts is presented, where the electron scattering is treated using a spherical wave expansion which takes into account the finite size of the atoms.

TL;DR: Full electromagnetic simulations of the cylindrical version of this cloaking structure are reported, using ideal and nonideal electromagnetic parameters that show that the low-reflection and power-flow bending properties of the electromagnetic cloaky structure are not especially sensitive to modest permittivity and permeability variations.

TL;DR: In this article, a square electromagnetic cloak and an omni-directional electromagnetic field concentrator are described and the functionality of the devices is numerically confirmed by two-dimensional finite element simulations.

TL;DR: The calculation of material properties for coordinate transformations that describe spaces with spherical or cylindrical holes in them can then implement invisibility cloaks in flat space and a method is described for performing geometric ray tracing in these materials.

TL;DR: In this paper, the double-R reliability factor (RR) was introduced, where R*RR is the variance of R. This enables quantitative statements to be made about the significance of minima in R.