Plasmonic Metamaterial: Understanding the Principles and Applications of Light Driven Nanoscale Devices
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Chapters Brief Overview:
1: Plasmonic metamaterial: This chapter introduces the concept of plasmonic metamaterials and their role in controlling light at the nanoscale.
2: Surface plasmon resonance: An exploration of surface plasmon resonance and its pivotal function in plasmonic devices.
3: Hybrid plasmonic waveguide: Learn about hybrid waveguides and how they combine plasmonic and dielectric materials to guide light.
4: Surface plasmon polariton: A detailed examination of surface plasmon polaritons and their interaction with surfaces.
5: Localized surface plasmon: This chapter delves into localized surface plasmons, offering insights into their confined electromagnetic field.
6: Tunable metamaterial: Investigates tunable metamaterials and how they allow dynamic control over electromagnetic properties.
7: Plasmon: Discusses the fundamental concept of plasmon, its role in the interaction of light and matter, and its applications.
8: Spoof surface plasmon: Focuses on spoof surface plasmon polaritons, which are artificial versions of surface plasmon polaritons.
9: Metamaterial absorber: Analyzes metamaterial absorbers and their use in applications such as stealth and energy harvesting.
10: Splitring resonator: Introduces the splitring resonator, a key component in the development of metamaterials with negative refractive index.
11: Graphene plasmonics: A look at graphene’s unique plasmonic properties and its potential for future technologies.
12: Electromagnetic metasurface: Covers the role of metasurfaces in controlling electromagnetic waves, a critical aspect of modern technology.
13: Superlens: Describes the superlens, a lens capable of imaging at resolutions beyond the diffraction limit.
14: Nonlinear metamaterial: Explores nonlinear metamaterials and their ability to exhibit unusual electromagnetic properties under intense conditions.
15: Terahertz metamaterial: Focuses on metamaterials that operate in the terahertz frequency range, with applications in communications and imaging.
16: Photonic metamaterial: A detailed study of photonic metamaterials and their ability to manipulate light at unprecedented levels.
17: Flat lens: Investigates flat lenses, which enable new optical designs with potential for miniaturization and enhanced performance.
18: Ravindra Kumar Sinha (physicist): Honors Ravindra Kumar Sinha’s contributions to the field of plasmonics and metamaterials.
19: Metamaterial: Provides a comprehensive overview of metamaterials, their types, and how they are revolutionizing modern science.
20: Negativeindex metamaterial: Delve into negativeindex metamaterials, which offer unique properties such as backward wave propagation.
21: Plasmonics: Concludes with an exploration of plasmonics, its applications, and how it influences the future of technology.
"Plasmonic Metamaterial" offers an invaluable resource for anyone engaged in the cuttingedge world of nanotechnology. Whether you're an expert or a newcomer, this book will deepen your understanding of the intricate relationship between light, materials, and their applications in modern technologies. Unlock the potential of these transformative technologies and stay ahead of the curve in the rapidly evolving field of plasmonics and metamaterials.
