Nanolaser: Advanced Design and Applications in Quantum Optics

Chapters Brief Overview:

1: Nanolaser: Introduces the concept of nanolasers, their design, and the mechanisms that make them work in a nanoscale environment

2: Hybrid plasmonic waveguide: Examines hybrid waveguides that combine plasmonic and dielectric materials, essential for controlling light at the nanoscale

3: Plasmonics: Provides a foundational understanding of plasmonics, the study of how light interacts with metal surfaces at the nanoscale

4: Photonic crystal: Discusses photonic crystals and their role in enhancing the properties of nanolaser devices through engineered light manipulation

5: Plasmonic solar cell: Explores the integration of plasmonic materials into solar cells, leading to greater efficiency and energy capture

6: Whisperinggallery wave: Investigates the phenomenon of whisperinggallery modes and their importance in nanolaser resonator design

7: Jaime Gómez Rivas: Focuses on the groundbreaking work of Jaime Gómez Rivas in the development of nanoscale plasmonic devices

8: Photonic molecule: Delves into photonic molecules, which enable the creation of novel laser devices with unique optical properties

9: Nanowire lasers: Examines the use of nanowires in lasing technology, emphasizing their potential in miniaturized photonic devices

10: Localized surface plasmon: Discusses localized surface plasmon resonance and its pivotal role in enhancing lightmatter interactions

11: Spoof surface plasmon: Introduces spoof surface plasmons, offering new opportunities for manipulation of light on a nanoscale level

12: Spaser: Explores the concept of a spaser, the plasmonic equivalent of a laser, which has significant potential in both theoretical and applied physics

13: Mark Stockman: Highlights Mark Stockman's influential contributions to the field of plasmonics, particularly his work on spasers

14: Nanophotonic resonator: Analyzes nanophotonic resonators, vital for controlling the behavior of light at subwavelength scales in various applications

15: Ortwin Hess: Celebrates Ortwin Hess’s work on optical metamaterials and their impact on nanophotonics

16: Plasmon: Provides a deep dive into the plasmon phenomenon, its types, and how it can be harnessed for technological advancements

17: Nanophotonics: Examines the interdisciplinary field of nanophotonics, linking optics with nanotechnology to revolutionize future devices

18: Plasmonic metamaterial: Focuses on plasmonic metamaterials, which allow the manipulation of light at dimensions smaller than the wavelength of light

19: Electromagnetic metasurface: Explores the role of metasurfaces in creating novel optical devices with exceptional capabilities

20: Random laser: Investigates random lasers, their properties, and how they differ from conventional lasers in both structure and performance

21: Boubacar Kanté: Celebrates Boubacar Kanté's contributions to nanophotonics and the development of advanced plasmonic technologies

This book will guide you through an exciting journey into the world of nanolasers and plasmonic motors, showing how theoretical concepts transform into practical innovations. Whether you're a student, professional, or hobbyist, Nanolaser equips you with the tools to understand and contribute to the future of photonic devices.