Add to ORKGWe analyse the diffraction of light incident on a sub-wavelength slit in a thin plate. It is found that plates with different material properties, such as conductivity and thickness, show a fundamentally different behaviour of the field near the slit. Depending on the material properties, the light transmission can either be enhanced or frustrated. A correspondence between the handedness of optical vortices and the transmission behaviour is demonstrated
We propose a self-consistent theory of the extraordinary light transmission through periodic arrays ...
With the manufacture of nano-scale features in the last ten years, it is possible to do optical expe...
It is shown that differences in intensity of the light transmitted by a narrow, deep slit are produc...
We analyse the diffraction of light incident on a sub-wavelength slit in a thin plate. It is found t...
Using a rigorous scattering model, we study the electromagnetic field around a subwave-length slit i...
Using a rigorous scattering model, we study the electromagnetic field around a subwavelength slit in...
The anomalous (i.e., more than 100%) light transmission through a subwavelength slit in a thin metal...
Using a rigorous scattering model we study the electromagnetic field around a subwave-length slit in...
abstract: A phenomenon of intense transmission of light has been observed from optical response to s...
Maxwell's equations are solved when light, incident normally, is diffracted by a long single slit wh...
The anomalously-high transmission of light through subwavelength apertures is a phenomenon which has...
In this paper the phase singularities of the electromagnetic field near a sub-wavelength slit are st...
We propose a self-consistent theory of the extraordinary light transmission through periodic arrays ...
With the manufacture of nano-scale features in the last ten years, it is possible to do optical expe...
It is shown that differences in intensity of the light transmitted by a narrow, deep slit are produc...
We analyse the diffraction of light incident on a sub-wavelength slit in a thin plate. It is found t...
Using a rigorous scattering model, we study the electromagnetic field around a subwave-length slit i...
Using a rigorous scattering model, we study the electromagnetic field around a subwavelength slit in...
The anomalous (i.e., more than 100%) light transmission through a subwavelength slit in a thin metal...
Using a rigorous scattering model we study the electromagnetic field around a subwave-length slit in...
abstract: A phenomenon of intense transmission of light has been observed from optical response to s...
Maxwell's equations are solved when light, incident normally, is diffracted by a long single slit wh...
The anomalously-high transmission of light through subwavelength apertures is a phenomenon which has...
In this paper the phase singularities of the electromagnetic field near a sub-wavelength slit are st...
We propose a self-consistent theory of the extraordinary light transmission through periodic arrays ...
With the manufacture of nano-scale features in the last ten years, it is possible to do optical expe...
It is shown that differences in intensity of the light transmitted by a narrow, deep slit are produc...