Nanophotonics: Exploring Light Manipulation and Energy Transfer at the Nanoscale

Chapters Brief Overview:

1: Nanophotonics: An introduction to the fundamentals of lightmatter interaction on the nanoscale.

2: Metamaterial: Explore the concept of engineered materials with properties not found in nature.

3: Superlens: Delve into the technology of lenses that surpass the diffraction limit to image at nanoscale resolutions.

4: Nader Engheta: Learn about Nader Engheta’s contributions to nanophotonics and metamaterial science.

5: Spaser: Understand the principle of the surface plasmon amplification of stimulated emission of radiation (spaser) and its implications.

6: Metamaterial absorber: Examine how metamaterials can be used for efficient light absorption in various applications.

7: Surface plasmon polariton: Study the surface electromagnetic waves that are confined to the interface of materials.

8: Nanolaser: Gain insights into nanoscale lasers, exploring their potential for miniaturization and high efficiency.

9: Photonic metamaterial: Understand the combination of photonics and metamaterials for advanced optical systems.

10: Hybrid plasmonic waveguide: Discover the integration of plasmonic and dielectric waveguides for faster, more efficient light propagation.

11: Electromagnetic metasurface: Explore the use of metasurfaces to manipulate electromagnetic waves with unprecedented precision.

12: Zeromode waveguide: Learn about zeromode waveguides that enable singlemolecule detection with high sensitivity.

13: Extraordinary optical transmission: Discover the phenomenon of extraordinary optical transmission through subwavelength apertures.

14: Plasmonics: Dive deeper into the field of plasmonics and its transformative impact on technology and science.

15: Subwavelengthdiameter optical fibre: Study the principles behind ultrathin optical fibers and their importance in modern optics.

16: Plasmonic nanolithography: Understand the revolutionary technique of using plasmonics to achieve subwavelength patterning.

17: Contact lithography: Explore how contact lithography contributes to highresolution nanofabrication processes.

18: Ravindra Kumar Sinha (physicist): Delve into the groundbreaking work of physicist Ravindra Kumar Sinha in plasmonics.

19: Plasmon: Explore the concept and applications of plasmons, collective oscillations of electrons at interfaces.

20: Spoof surface plasmon: Learn about spoof surface plasmons and how they provide novel ways to manipulate light.

21: Plasmonic metamaterial: Discover the potential of plasmonic metamaterials for a wide range of applications in nanophotonics.

The book provides an accessible yet indepth look into this innovative field, bridging the gap between theoretical principles and practical applications. Whether you're a researcher, a student, or simply passionate about the future of photonics, this book offers invaluable knowledge that will enhance your understanding of the emerging realm of nanoscale plasmonic motors.