Previously [Courtial et al., Opt. Express 26, 17872 (2018)] we presented the theory of transformation optics (TO) with ideal lenses and demonstrated an example, an omnidirectional lens. Here we interpret this omnidirectional lens in two different parameter regimes as ideal-lens cloaks that employ different cloaking strategies: a standard “shrink cloak” in which objects appear smaller (ideally zero) and a novel “abyss cloak” in which interior physical-space positions are mapped to the exterior and thus are visible only from certain directions. We proceed to combine two nested abyss cloaks into another novel, omnidirectional, “bi-abyss cloak.” Our work significantly extends the arsenal of cloaking strategies
The development of transformation optics (TO) provides a powerful theoretical tool which can transf...
Electromagnetic cloaking has being continuously pursued using a large variety of approaches. In rece...
Transformation optics, a recently booming area, provides people a new approach to design optical dev...
Previously [Courtial et al., Opt. Express 26, 17872 (2018)] we presented the theory of transformatio...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Research on metamaterials has been growing ever since the first experimental realization of double n...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 2016.This thesis presents mainly two ...
We complete the ‘paraxial’ (small-angle) ray optics cloaking formalism presented previously [Opt. Ex...
We complete the ‘paraxial’ (small-angle) ray optics cloaking formalism presented previously [Opt. Ex...
Nowadays, invisibility efforts by scientists and engineers have focused on building a large broadban...
6 pages, 4 figuresWe extend the design of radially symmetric three-dimensional invisibility cloaks t...
Nowadays, invisibility efforts by scientists and engineers have focused on building a large broadban...
In this paper, transformation optics is presented together with a generalization of invisibility clo...
We analyse the elastic properties of a class of cylindrical cloaks deduced from linear geometric tra...
The development of transformation optics (TO) provides a powerful theoretical tool which can transf...
Electromagnetic cloaking has being continuously pursued using a large variety of approaches. In rece...
Transformation optics, a recently booming area, provides people a new approach to design optical dev...
Previously [Courtial et al., Opt. Express 26, 17872 (2018)] we presented the theory of transformatio...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Research on metamaterials has been growing ever since the first experimental realization of double n...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 2016.This thesis presents mainly two ...
We complete the ‘paraxial’ (small-angle) ray optics cloaking formalism presented previously [Opt. Ex...
We complete the ‘paraxial’ (small-angle) ray optics cloaking formalism presented previously [Opt. Ex...
Nowadays, invisibility efforts by scientists and engineers have focused on building a large broadban...
6 pages, 4 figuresWe extend the design of radially symmetric three-dimensional invisibility cloaks t...
Nowadays, invisibility efforts by scientists and engineers have focused on building a large broadban...
In this paper, transformation optics is presented together with a generalization of invisibility clo...
We analyse the elastic properties of a class of cylindrical cloaks deduced from linear geometric tra...
The development of transformation optics (TO) provides a powerful theoretical tool which can transf...
Electromagnetic cloaking has being continuously pursued using a large variety of approaches. In rece...
Transformation optics, a recently booming area, provides people a new approach to design optical dev...