Optical black hole: Design and performance

We discuss the design of a realistic optical black hole (OBH) using the exact frequency domain solutions for TM and TE waves. The design includes thin separating layers between the absorbing core and the metamaterial shell. The overall objective is to develop an on-line simulation tool, which could...

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Main Authors: Kildishev, A V, Prokopeva, L J, Shtyrina, O V, Fedoruk, M P, Narimanov, E E
Format: Conference Proceeding
Language:English
Subjects:
(160.3918) Metamaterials
(260.2110) Electromagnetic optics
Dielectric losses
Dielectric materials
Metamaterials
Optical computing
Optical design
Optical devices
Optical sensors
Partial differential equations
Permittivity
Tellurium
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creator Kildishev, A V
Prokopeva, L J
Shtyrina, O V
Fedoruk, M P
Narimanov, E E
description We discuss the design of a realistic optical black hole (OBH) using the exact frequency domain solutions for TM and TE waves. The design includes thin separating layers between the absorbing core and the metamaterial shell. The overall objective is to develop an on-line simulation tool, which could help to design experimentally realizable OBH with a continuous radius-dependent index. Example structures working at 1.5 μm are presented and analyzed.
doi_str_mv 10.1364/QELS.2010.JWA10
format conference_proceeding
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects (160.3918) Metamaterials
(260.2110) Electromagnetic optics
Dielectric losses
Dielectric materials
Metamaterials
Optical computing
Optical design
Optical devices
Optical sensors
Partial differential equations
Permittivity
Tellurium
title Optical black hole: Design and performance
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