Plasmonic resonance effects for tandem receiving-transmitting nanoantennas

Pavel Ginzburg; Amir Nevet; Nikolai Berkovitch; Alexander Normatov; Gilad M. Lerman; Avner Yanai; Uriel Levy; Meir Orenstein

doi:10.1021/nl103585j

Plasmonic resonance effects for tandem receiving-transmitting nanoantennas

Pavel Ginzburg^*
, Amir Nevet
, Nikolai Berkovitch
, Alexander Normatov
, Gilad M. Lerman
, Avner Yanai
, Uriel Levy
, Meir Orenstein

^*Corresponding author for this work

The Institute of Applied Physics

Research output: Contribution to journal › Article › peer-review

25 Scopus citations

Abstract

A nanoplasmonic "transceiver" was assembled to examine the efficiency of coupled plasmonic antennas and their resonance interactions. In particular, plasmonic focusing receiver antenna coupled to transmitting annular antenna having a short central plasmonic wire was measured. The receiver collected incoming radially polarized light and efficiently focused and coupled it to a rear side transmitter comprised of a short resonant plasmonic wire and annular aperture. Transmission spectra exhibited a substantial signature of the wire Fabry-Perot resonances. The wire antenna crossection was improved by nearly 3 orders of magnitude by the focusing antenna system.

Original language	English
Pages (from-to)	220-224
Number of pages	5
Journal	Nano Letters
Volume	11
Issue number	1
DOIs	https://doi.org/10.1021/nl103585j
State	Published - 12 Jan 2011

Keywords

Field enhancement
Nanoantenna
Nanolithography
Nanoparticles
Plasmonics
Unidirectional operation

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10.1021/nl103585j

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abstract = "A nanoplasmonic {"}transceiver{"} was assembled to examine the efficiency of coupled plasmonic antennas and their resonance interactions. In particular, plasmonic focusing receiver antenna coupled to transmitting annular antenna having a short central plasmonic wire was measured. The receiver collected incoming radially polarized light and efficiently focused and coupled it to a rear side transmitter comprised of a short resonant plasmonic wire and annular aperture. Transmission spectra exhibited a substantial signature of the wire Fabry-Perot resonances. The wire antenna crossection was improved by nearly 3 orders of magnitude by the focusing antenna system.",

keywords = "Field enhancement, Nanoantenna, Nanolithography, Nanoparticles, Plasmonics, Unidirectional operation",

author = "Pavel Ginzburg and Amir Nevet and Nikolai Berkovitch and Alexander Normatov and Lerman, \{Gilad M.\} and Avner Yanai and Uriel Levy and Meir Orenstein",

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AU - Ginzburg, Pavel

AU - Nevet, Amir

AU - Berkovitch, Nikolai

AU - Normatov, Alexander

AU - Lerman, Gilad M.

AU - Yanai, Avner

AU - Levy, Uriel

AU - Orenstein, Meir

PY - 2011/1/12

Y1 - 2011/1/12

N2 - A nanoplasmonic "transceiver" was assembled to examine the efficiency of coupled plasmonic antennas and their resonance interactions. In particular, plasmonic focusing receiver antenna coupled to transmitting annular antenna having a short central plasmonic wire was measured. The receiver collected incoming radially polarized light and efficiently focused and coupled it to a rear side transmitter comprised of a short resonant plasmonic wire and annular aperture. Transmission spectra exhibited a substantial signature of the wire Fabry-Perot resonances. The wire antenna crossection was improved by nearly 3 orders of magnitude by the focusing antenna system.

AB - A nanoplasmonic "transceiver" was assembled to examine the efficiency of coupled plasmonic antennas and their resonance interactions. In particular, plasmonic focusing receiver antenna coupled to transmitting annular antenna having a short central plasmonic wire was measured. The receiver collected incoming radially polarized light and efficiently focused and coupled it to a rear side transmitter comprised of a short resonant plasmonic wire and annular aperture. Transmission spectra exhibited a substantial signature of the wire Fabry-Perot resonances. The wire antenna crossection was improved by nearly 3 orders of magnitude by the focusing antenna system.

KW - Field enhancement

KW - Nanoantenna

KW - Nanolithography

KW - Nanoparticles

KW - Plasmonics

KW - Unidirectional operation

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JO - Nano Letters

JF - Nano Letters

IS - 1

ER -

Plasmonic resonance effects for tandem receiving-transmitting nanoantennas

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