We show how the ability of metasurfaces to steer and bend light can be harnessed to shape optomechanical forces. We discuss the potential of metasurfaces as ideal platforms for optomechanics because of their large-area and lightweight form. Such metasurface control of optical forces could lead to novel approaches to optical levitation and propulsion at the macro scale.
Abstract: We introduce a dielectric photonic metamaterial presenting a giant nonlinear optical respo...
Research in nanophotonics is yielding advances towards grand challenges that have not previously bee...
Metamaterials, or engineered materials with rationally designed, subwavelength-scale building blocks...
The microscopic arrangement of a material’s components on the nanoscale determines its macroscopic p...
Nanostructured dielectric metasurfaces offer unprecedented opportunities to manipulate light by impr...
We explore light-driven manipulation, levitation, and propulsion of ultralight weight macroscopic ob...
Auxiliary nanostructures introduce additional flexibility into optomechanical manipulation schemes. ...
In the field of nanophotonics, metasurfaces have come to the forefront in real-world applications, o...
The ability to control electromagnetic wavefront is a central key in optics. Conventional optical co...
Manipulating light is highly desired in photonics research. Restricted by the variable range of perm...
Metasurfaces, the two-dimensional analog of metamaterials, have attracted progressively increasing a...
In the past few decades, the advancements in nanotechnology have significantly altered many fields o...
Miniaturization is a strong demand of modern scientific technology. However, conventional optical co...
We report on the realization of ultrathin free-standing all-dielectric metasurfaces, with sharply re...
Metasurfaces have facilitated the replacement of conventional optical elements with ultrathin and pl...
Abstract: We introduce a dielectric photonic metamaterial presenting a giant nonlinear optical respo...
Research in nanophotonics is yielding advances towards grand challenges that have not previously bee...
Metamaterials, or engineered materials with rationally designed, subwavelength-scale building blocks...
The microscopic arrangement of a material’s components on the nanoscale determines its macroscopic p...
Nanostructured dielectric metasurfaces offer unprecedented opportunities to manipulate light by impr...
We explore light-driven manipulation, levitation, and propulsion of ultralight weight macroscopic ob...
Auxiliary nanostructures introduce additional flexibility into optomechanical manipulation schemes. ...
In the field of nanophotonics, metasurfaces have come to the forefront in real-world applications, o...
The ability to control electromagnetic wavefront is a central key in optics. Conventional optical co...
Manipulating light is highly desired in photonics research. Restricted by the variable range of perm...
Metasurfaces, the two-dimensional analog of metamaterials, have attracted progressively increasing a...
In the past few decades, the advancements in nanotechnology have significantly altered many fields o...
Miniaturization is a strong demand of modern scientific technology. However, conventional optical co...
We report on the realization of ultrathin free-standing all-dielectric metasurfaces, with sharply re...
Metasurfaces have facilitated the replacement of conventional optical elements with ultrathin and pl...
Abstract: We introduce a dielectric photonic metamaterial presenting a giant nonlinear optical respo...
Research in nanophotonics is yielding advances towards grand challenges that have not previously bee...
Metamaterials, or engineered materials with rationally designed, subwavelength-scale building blocks...