Description

Book Synopsis
Plasmonics refers to the generation, detection, and manipulation of signals at optical frequencies along metal-dialectric interfaces at the nanometre scale. The four chapters of this book analyse plasmonics and its applications. Chapter One discusses the plasmonic sensor and its use in the detection of brain enzymes. Chapter Two examines the optical constants of plasmonic nanostructures and demonstrates that optical absorption can be used to estimate dielectric constants of noble metal nanostructures. Chapter Three theoretically investigates the magnetoplasmonics of noble metal nanostructures and shows that plasmonic nanostructures have increased magnetic response in visible range at low magnetic fields. Lastly, Chapter Four studies some aspects of classical and quantum optical effects in surface plasmonics.

Table of Contents
Preface; Plasmonic Sensor for Detection of Biomolecular and Medical Diagnostics; Optical Constants of Noble Metal Nanostructures; Effect of Magnetic Field on Plasmonics of Metal Nanostructures; Notes on Surface Plasmonics in Electromagnetics and Quantum Optics; Bibliography; Index.

A Closer Look at Plasmonics

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    A Hardback by Christian Bosch

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      Book details

      Publisher Nova Science Publishers Inc
      Published 16 March 2022
      ISBN-13 9781685077099
      978-1685077099
      ISBN-10 1685077099
      Also in:
      Science & Nature Condensed matter physics

      Description

      Book Synopsis
      Plasmonics refers to the generation, detection, and manipulation of signals at optical frequencies along metal-dialectric interfaces at the nanometre scale. The four chapters of this book analyse plasmonics and its applications. Chapter One discusses the plasmonic sensor and its use in the detection of brain enzymes. Chapter Two examines the optical constants of plasmonic nanostructures and demonstrates that optical absorption can be used to estimate dielectric constants of noble metal nanostructures. Chapter Three theoretically investigates the magnetoplasmonics of noble metal nanostructures and shows that plasmonic nanostructures have increased magnetic response in visible range at low magnetic fields. Lastly, Chapter Four studies some aspects of classical and quantum optical effects in surface plasmonics.

      Table of Contents
      Preface; Plasmonic Sensor for Detection of Biomolecular and Medical Diagnostics; Optical Constants of Noble Metal Nanostructures; Effect of Magnetic Field on Plasmonics of Metal Nanostructures; Notes on Surface Plasmonics in Electromagnetics and Quantum Optics; Bibliography; Index.

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