In this contribution, we present the application of an optical metasurface polarization rotator
in an Atomic Force Microscopy (AFM) setup. In AFM, the laser beam used to measure the …

We proposed the integration of metasurfaces on atomic force microscopy (AFM) cantilevers
to improve the optical lever sensitivity. The metasurface positioned at the back of an AFM …

A metasurface is an array of subwavelength units with modulated wave responses that show
great potential for the control of refractive/reflective properties in compact functional devices …

An efficient reflective metasurface with elastically tunable focal length is proposed and
experimentally demonstrated. The metasurface consists of electric resonators embedded in …

Metamaterials are artificial materials with extraordinary properties not available in nature.
They are usually made by periodic structures and present a variety of applications. Here …

The performance of metasurfaces is reduced due to factors like fabrication uncertainties and
near-field coupling, which can be solved by direct characterization of individual elements …

Multiple beam interferometry (MBI) evolved as a powerful tool for the simultaneous
evaluation of thin film thicknesses and refractive indices in Surface Forces Apparatus (SFA) …

Metamaterials, consisting of subwavelength resonant structures, can be artificially
engineered to yield desired response to electromagnetic waves. In contrast to the naturally …

Genuinely homogeneous metamaterials, which may be characterized by local effective
constitutive relations, are required for many spectacular metamaterial applications. Such …

In the last years, increasing interest has grown on the synthesis of light-weight, miniaturized
surfaces for light manipulation based on metamaterials. These surfaces can be easily …