We consider the helicity and chirality of the free electromagnetic field, and advocate the former as a means of characterising the interaction of chiral light with matter. This is in view of the intuitive quantum form of the helicity density operator, and of the dual symmetry transformation generated by its conservation. We go on to review the form of the helicity density and its associated continuity equation in free space, in the presence of local currents and charges, and upon interaction with bulk media, leading to characterisation of both microscopic and macroscopic sources of helicity
To consider the relationship between different measures of chirality in an optical field, the simple...
We discuss optical chirality in different types of gyrotropic media. Our analysis is based on the fo...
Copyright © 2013 American Physical SocietyA simple conserved quantity for electromagnetic fields in ...
We consider the helicity and chirality of the free electromagnetic field, and advocate the former a...
We consider the helicity and chirality of the free electromagnetic field, and advocate the former as...
This thesis presents a series of complementary pieces of work, each related to chirality and handedn...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
The inherently weak nature of chiral light-matter interactions can be enhanced by orders of magnitud...
The optical helicity and the optical chirality are two quantities that are used to describe chiral e...
Locally conserved quantities of the electromagnetic field in lossless chiral media are derived from ...
Optical helicity density is usually discussed for monochromatic electromagnetic fields in free space...
To consider the relationship between different measures of chirality in an optical field, the simple...
We discuss optical chirality in different types of gyrotropic media. Our analysis is based on the fo...
Copyright © 2013 American Physical SocietyA simple conserved quantity for electromagnetic fields in ...
We consider the helicity and chirality of the free electromagnetic field, and advocate the former a...
We consider the helicity and chirality of the free electromagnetic field, and advocate the former as...
This thesis presents a series of complementary pieces of work, each related to chirality and handedn...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
We consider the energy and helicity densities of circularly polarised light within a lossless chiral...
The inherently weak nature of chiral light-matter interactions can be enhanced by orders of magnitud...
The optical helicity and the optical chirality are two quantities that are used to describe chiral e...
Locally conserved quantities of the electromagnetic field in lossless chiral media are derived from ...
Optical helicity density is usually discussed for monochromatic electromagnetic fields in free space...
To consider the relationship between different measures of chirality in an optical field, the simple...
We discuss optical chirality in different types of gyrotropic media. Our analysis is based on the fo...
Copyright © 2013 American Physical SocietyA simple conserved quantity for electromagnetic fields in ...