We recently introduced the edge-imaging condition, a necessary condition for all generalized lenses (glenses) [J. Opt. Soc. Am. A33, 962 (2016)JOAOD60740-323210.1364/JOSAA.33.000962] in a ray-optical transformation-optics (RTO) device that share a common edge [Opt. Express26, 17872 (2018)OPEXFF1094-408710.1364/OE.26.017872]. The edge-imaging condition states that, in combination, such glenses must image every point to itself. Here we begin the process of building up a library of combinations of glenses that satisfy the edge-imaging condition, starting with all relevant combinations of up to three glenses. As it grows, this library should become increasingly useful when constructing lens-based RTO devices
We describe a way to realise transformation-optical devices from structures of micro-structured shee...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Generalised refraction is a topic which has, thus far, garnered far less attention than it deserves....
We recently introduced the edge-imaging condition, a necessary condition for all generalized lenses ...
We recently introduced the edge-imaging condition, a necessary condition for all generalized lenses ...
We study the ray optics of generalized lenses (glenses), which are ideal thin lenses generalized to ...
We study the ray optics of generalized lenses (glenses), which are ideal thin lenses generalized to ...
We present the theory of ray-optical transformation optics (RTO) with ideal thin lenses and show tha...
We recently showed how structures of ideal (thin) lenses can act as (ray-optical) transformation-opt...
We recently showed how structures of ideal (thin) lenses can act as (ray-optical) transformation-opt...
We present the theory of ray-optical transformation optics (RTO) with ideal thin lenses, and show th...
We describe a way to realise transformation-optical devices from structures of micro-structured shee...
We present the theory of ray-optical transformation optics (RTO) with ideal thin lenses, and show th...
Lens stars comprise identical ideal thin lenses arranged in a regular star shape centred on the comm...
Lens stars comprise identical ideal thin lenses arranged in a regular star shape centred on the comm...
We describe a way to realise transformation-optical devices from structures of micro-structured shee...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Generalised refraction is a topic which has, thus far, garnered far less attention than it deserves....
We recently introduced the edge-imaging condition, a necessary condition for all generalized lenses ...
We recently introduced the edge-imaging condition, a necessary condition for all generalized lenses ...
We study the ray optics of generalized lenses (glenses), which are ideal thin lenses generalized to ...
We study the ray optics of generalized lenses (glenses), which are ideal thin lenses generalized to ...
We present the theory of ray-optical transformation optics (RTO) with ideal thin lenses and show tha...
We recently showed how structures of ideal (thin) lenses can act as (ray-optical) transformation-opt...
We recently showed how structures of ideal (thin) lenses can act as (ray-optical) transformation-opt...
We present the theory of ray-optical transformation optics (RTO) with ideal thin lenses, and show th...
We describe a way to realise transformation-optical devices from structures of micro-structured shee...
We present the theory of ray-optical transformation optics (RTO) with ideal thin lenses, and show th...
Lens stars comprise identical ideal thin lenses arranged in a regular star shape centred on the comm...
Lens stars comprise identical ideal thin lenses arranged in a regular star shape centred on the comm...
We describe a way to realise transformation-optical devices from structures of micro-structured shee...
We present a design for an omni-directional transformation-optics (TO) cloak comprising thin lenses ...
Generalised refraction is a topic which has, thus far, garnered far less attention than it deserves....