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Materials For Nanophotonics – Plasmonics, Metamaterials And Light Localization

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Materials For Nanophotonics – Plasmonics, Metamaterials And Light Localization

Author: L. Dal Negro, Mark Brongersma, Joseph B. Pendry, Lukas Novotny
Binding: Hardback
Publisher: MRS Materials Research Society, 2009

Condition remarks:
Book: Good
Jacket: N/A
Pages: Good
Markings: No markings

This academic volume, Materials For Nanophotonics – Plasmonics, Metamaterials And Light Localization, presents a comprehensive overview of the foundational concepts and advanced research in manipulating light at the nanoscale. It details the intricate physics behind plasmonics and metamaterials, illustrating how these engineered materials enable unprecedented control over electromagnetic waves. The text further uncovers the principles of light localization, a critical area for developing next-generation optical devices and sensors. Authored by leading experts in the field, this work serves as an essential resource for researchers and students seeking to understand the cutting-edge advancements in nanophotonics.

$70.58
Materials For Nanophotonics – Plasmonics, Metamaterials And Light Localization
$70.58

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Author: L. Dal Negro, Mark Brongersma, Joseph B. Pendry, Lukas Novotny
Binding: Hardback
Publisher: MRS Materials Research Society, 2009

Condition remarks:
Book: Good
Jacket: N/A
Pages: Good
Markings: No markings

This academic volume, Materials For Nanophotonics – Plasmonics, Metamaterials And Light Localization, presents a comprehensive overview of the foundational concepts and advanced research in manipulating light at the nanoscale. It details the intricate physics behind plasmonics and metamaterials, illustrating how these engineered materials enable unprecedented control over electromagnetic waves. The text further uncovers the principles of light localization, a critical area for developing next-generation optical devices and sensors. Authored by leading experts in the field, this work serves as an essential resource for researchers and students seeking to understand the cutting-edge advancements in nanophotonics.