Add to ORKGUsing electron beam lithographic techniques we have manufactured left and right-handed forms of an artificial medium consisting of high densities of microscopic planar chiral metallic objects distributed regularly in a plane. In this artificial medium we have for the first time observed optical manifestations of planar chirality in the form of handedness-sensitive rotation of the polarization state and elliptization of visible light diffracted from the structure. Applications of such media in functional materials are discussed
The optical activity of fabricated metallic nanostructures is investigated by complete polarimetry. ...
We show that in the visible to near-IR part of the spectrum, normal incidence transmission of circul...
Electromagnetic metamaterials are artificial media that derive novel properties from periodic struct...
The polarization state of visible light is found to be altered upon reflection from artificial two-d...
Using electron beam lithographic techniques we have manufactured left and right-handed forms of an a...
The polarization state of visible light is found to be altered upon reflection from artificial two-d...
Room temperature nanoimprint lithography has successfully been applied to the fabrication of planar ...
Planar chiral metamaterials have been manufactured by patterning metallic and dielectric materials o...
The polarization and intensity behaviours of optical planar chiral metamaterials have been investiga...
Chiral metamaterials are artificial structures that can achieve much stronger optical activities tha...
We report that normal incidence transmission of circularly polarized light through lossy anisotropic...
For the first time, all-dielectric planar chiral metamaterials consisting of arrays of silicon nitri...
We have extended our research to the study of near-field polarization effects arising from the plana...
We have demonstrated how dielectric planar chiral surfaces can both modulate the intensity and chang...
Enantiomeric-sensitive optical polarization conversion has been observed in the near-field above a p...
The optical activity of fabricated metallic nanostructures is investigated by complete polarimetry. ...
We show that in the visible to near-IR part of the spectrum, normal incidence transmission of circul...
Electromagnetic metamaterials are artificial media that derive novel properties from periodic struct...
The polarization state of visible light is found to be altered upon reflection from artificial two-d...
Using electron beam lithographic techniques we have manufactured left and right-handed forms of an a...
The polarization state of visible light is found to be altered upon reflection from artificial two-d...
Room temperature nanoimprint lithography has successfully been applied to the fabrication of planar ...
Planar chiral metamaterials have been manufactured by patterning metallic and dielectric materials o...
The polarization and intensity behaviours of optical planar chiral metamaterials have been investiga...
Chiral metamaterials are artificial structures that can achieve much stronger optical activities tha...
We report that normal incidence transmission of circularly polarized light through lossy anisotropic...
For the first time, all-dielectric planar chiral metamaterials consisting of arrays of silicon nitri...
We have extended our research to the study of near-field polarization effects arising from the plana...
We have demonstrated how dielectric planar chiral surfaces can both modulate the intensity and chang...
Enantiomeric-sensitive optical polarization conversion has been observed in the near-field above a p...
The optical activity of fabricated metallic nanostructures is investigated by complete polarimetry. ...
We show that in the visible to near-IR part of the spectrum, normal incidence transmission of circul...
Electromagnetic metamaterials are artificial media that derive novel properties from periodic struct...