Optical Pulling Forces Enabled By Hyperbolic Metamaterials at Elizabeth Thibeault blog

Optical Pulling Forces Enabled By Hyperbolic Metamaterials. we propose a novel approach to generating optical pulling forces on a gold nanowire, which are placed inside or. optical pulling forces enabled by hyperbolic metamaterials. here, optical forces acting on small particles situated next to anisotropic substrates, are investigated. in this paper, tuning of both lateral optical forces and optical pulling forces is numerically demonstrated via a. A special class of hyperbolic metasurfaces is considered in details and is shown to be beneficial for achieving strong optical pulling forces in a broad spectral range. we systematically study the optical forces under various conditions, including the wavelength, the angle of. in this letter, we propose to use hyperbolic metamaterials (hmms) to achieve robust optical pulling forces for.

here, optical forces acting on small particles situated next to anisotropic substrates, are investigated. in this paper, tuning of both lateral optical forces and optical pulling forces is numerically demonstrated via a. we propose a novel approach to generating optical pulling forces on a gold nanowire, which are placed inside or. we systematically study the optical forces under various conditions, including the wavelength, the angle of. A special class of hyperbolic metasurfaces is considered in details and is shown to be beneficial for achieving strong optical pulling forces in a broad spectral range. in this letter, we propose to use hyperbolic metamaterials (hmms) to achieve robust optical pulling forces for. optical pulling forces enabled by hyperbolic metamaterials.

(a) Lateral optical pulling force Fy and (b) longitudinal optical

Optical Pulling Forces Enabled By Hyperbolic Metamaterials in this letter, we propose to use hyperbolic metamaterials (hmms) to achieve robust optical pulling forces for. in this letter, we propose to use hyperbolic metamaterials (hmms) to achieve robust optical pulling forces for. A special class of hyperbolic metasurfaces is considered in details and is shown to be beneficial for achieving strong optical pulling forces in a broad spectral range. here, optical forces acting on small particles situated next to anisotropic substrates, are investigated. in this paper, tuning of both lateral optical forces and optical pulling forces is numerically demonstrated via a. we propose a novel approach to generating optical pulling forces on a gold nanowire, which are placed inside or. optical pulling forces enabled by hyperbolic metamaterials. we systematically study the optical forces under various conditions, including the wavelength, the angle of.