A Carpet Cloak For Visible Light

Nanoletters a carpet cloak for visible light we report an invisibility carpet cloak device which is capable of making an object undetectable by visible light.

A carpet cloak for visible light.

To date broadband carpet cloaking based on metasurfaces has not been achieved and operation has been limited to discrete wavelengths. The cloak is designed using quasi conformal mapping and is fabricated in a silicon nitride waveguide on a specially developed nanoporous silicon oxide substrate with a very low refractive index n 1 25. Gharghi m gladden c zentgraf t et al. Undetectable by visible light.

Whats people lookup in this blog. Here we propose and numerically demonstrate a novel metasurface design for broadband carpet cloaking with linear polarization at visible wavelengths from 650 nm to 800 nm. The cloak is designed using quasi conformal mapping and is fabricated in a silicon nitride waveguide on a specially developed nanoporous silicon oxide substrate with a very low refractive index n less than 1 25. A carpet cloak for visible light.

The cloak is designed using quasi conformal mapping and is fabricated in a silicon nitride waveguide on a specially developed nanoporous silicon oxide substrate with a very low refractive index n 1 25. The carpet cloak. We report an invisibility carpet cloak device which is capable of making an object undetectable by visible light. We report an invisibility carpet cloak device which is capable of making an object undetectable by visible light.

A carpet cloak for visible light. The carpet itself has the appearance of a smooth optical mirror so that the object and the bump that the object makes underneath the carpet are undetectable by visible light. The cloak is designed using quasi conformal mapping and is fabricated in a silicon nitride waveguide on a specially developed nanoporous silicon oxide substrate with a very low refractive index n 1 25. 1 a carpet cloak device for visible light majid gharghi1a christopher gladden1a thomas zentgraf 2 yongmin liu1 xiaobo yin1 jason valentine3 xiang zhang 1 4 1nsf nanoscale science and engineering center nsec university of california berkeley 3112 etcheverry hall uc berkeley ca 94720 usa 2department of physics university of paderborn.