Graphene plasmonics is revolutionizing nanoscale optics, offering unprecedented control over light at the quantum level. This book unveils how graphenebased plasmonics is shaping cuttingedge applications, bridging physics, engineering, and material science. Essential for researchers, students, and professionals, it explores the power of graphene in the everevolving field of nanophotonics.

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.