Graphene Plasmonics: Advanced Nanophotonics for Ultrafast Plasmonic Devices

Chapters Brief Overview:

1: Graphene plasmonics – Understand the fundamentals and unique optical properties of graphene plasmons.

2: Plasmonic metamaterial – Explore engineered materials that enhance graphene’s plasmonic behavior.

3: Localized surface plasmon – Examine confined surface plasmonic effects in graphene structures.

4: Potential applications of graphene – Discover graphene’s role in sensing, communication, and energy.

5: Bilayer graphene – Delve into how stacked graphene layers influence plasmonic properties.

6: Spaser – Learn how graphenebased spasers drive nanoscale light amplification.

7: Graphene – A broad look at graphene’s structure and significance in nanoplasmonics.

8: Mark Stockman – Explore the pioneering contributions of Stockman to plasmonics.

9: PhotonInduced Nearfield Electron Microscopy – Understand how PINEM unveils plasmonic behavior.

10: Photonic molecule – Study artificial molecules that manipulate light at the nanoscale.

11: Graphene lens – Investigate how graphene enhances optical imaging and nanophotonic devices.

12: Plasmonic lens – Analyze lenses leveraging plasmons for superresolution imaging.

13: Nanolaser – Examine how plasmonics enables ultrasmall, highperformance lasers.

14: Extraordinary optical transmission – Understand how nanostructures enhance light transmission.

15: Phaedon Avouris – Learn about Avouris’s groundbreaking work in graphene optoelectronics.

16: Juerg Leuthold – Explore Leuthold’s impact on plasmonics and integrated photonics.

17: Plasmonics – A broad view of plasmonics and its transformative role in nanotechnology.

18: Plasmon – Delve into the physics of plasmons and their applications in graphene research.

19: Surface plasmon polariton – Study lightmatter interactions on graphene surfaces.

20: Ortwin Hess – Explore Hess’s research on nanophotonics and quantum plasmonics.

21: Photonic metamaterial – Investigate advanced materials that redefine light control.

This book is an indispensable resource, balancing theory and practical insights, ensuring a deep understanding of graphene plasmonics and its role in nanotechnology. Elevate your expertise and stay ahead in the rapidly evolving world of nanoscale plasmonics.