Some error occured while loading the Quick View. Please close the Quick View and try reloading the page.
This book provides a detailed introduction to the basic metamaterial modelling approaches and an overview of innovative phenomena enabled by metamaterials. The book covers discussions on the fundamental formalisms used in the study of metamaterials comprising the ordered and disordered configurations of meta-atoms. It also illustrates the application of these in different directions, such as designing antennas and radars, multi-controllable sensors, perfect absorbers, tuneable devices, and biological sensors. This book provides a useful tool for both the current and future participants (academics and/or professionals) in the area of photonics by presenting methodologies for sustainable materials for energy harvesting and sensing, health diagnostics, meeting the needs of a range of readers from students to early career researchers to established scientists in their fields.
Key Features:
-
Reviews different types of metamaterial-based devices
-
Highlights the possible solutions to the development of green energy technologies
-
Explores biosensing applications of metamaterials including multi-functional sensors
-
Explains the analytical approach to model disordered media
-
Describes possible applications of metamaterials in medical diagnostics
-
Highlights the use of metamaterials in cancer detection
Pankaj K. Choudhury held academic positions in India, Canada, Japan, and Malaysia, and currently a professor at the International Research Center for Advanced Photonics, Zhejiang University (Haining, China). He is a Fellow of IET and SPIE, a Senior Member of IEEE and Optica, a Chartered Engineer (CEng) registered with the Engineering Council (UK), and the editor-in-chief of the Journal of Electromagnetic Waves and Applications (Taylor & Francis, UK). His research interests lie in the theory of optical waveguides, which include complex mediums, fibre optic devices, optical sensors, and metamaterial properties.
Tatjana Gric is a professor at Vilnius Gedimina Technical University (Vilnius, Lithuania). She has been engaged, since 2003, in the investigation of waveguide devices and researches plasmonics as the examination of the light-matter interaction. During the past few years, she has been working on the investigation of nanostructured composites and their fascinating properties.
- Chapter 1: Metamaterials-based cylindrical invisible cloaks
- Chapter 2: Reconfigurable ordered microwave metamaterials for smart scattering control
- Chapter 3: Phase change media-assisted programmable metamaterials for structural color generation and absorption of light waves
- Chapter 4: Full-wave subwavelength characterization of single- and two-layer wire metamaterials at microwave frequencies
- Chapter 5: Machine learning-based prediction, design, and optimization of optical metamaterials
- Chapter 6: Terahertz metamaterial-based biosensors
- Chapter 7: Ordered and disordered metamaterials—biosensing perspective
- Chapter 8: Functional disordered composites
- Chapter 9: Enhanced chiral sensing with achiral photonic metasurfaces