-
implementations of
superlenses depend,
metamaterials are
highly dispersive. The
sensitive nature of the
superlens to the
material parameters causes superlenses based...
-
solving an
optical inverse problem for each image. Metamaterial-based
superlenses can
image with a
resolution better than the
diffraction limit by locating...
- beam into a ring.
Diffractive optical elements can
function as lenses.
Superlenses are made from
negative index metamaterials and
claim to
produce images...
-
structures have been used for a
variety of applications,
ranging from
superlenses produced from a
metal nanohole array, to
structured photovoltaic devices...
- Reinhard, B. M. (2011-02-07). "Spectrally and
spatially configurable superlenses for
optoplasmonic nanocircuits".
Proceedings of the
National Academy...
- V.; Reinhard, B. M. (2011). "Spectrally and
spatially configurable superlenses for
optoplasmonic nanocircuits".
Proceedings of the
National Academy...
- and so on.
Besides the
gradient metasurface lenses, metasurface-based
superlenses offer another degree of
control of the
wavefront by
using evanescent...
-
working on
research topics such as nanophotonics,
optical nanolithography,
superlenses, and plasmonics. For his
postgraduate work,
Balzarotti relocated to Germany...
- an
improvement over
other subwavelength imaging techniques, such as "
superlenses",
where the
object and
image are
confined to the near field.
These devices...
-
operating bandwidth while the
refractive index is negative.
Because superlenses can
overcome the
diffraction limit, this
allows for a more efficient...
