Conducting Polymers and their Functionalization: Synthesis, Characterization, and Applications presents an in-depth exploration of conductive polymers, guiding readers through their synthesis, characterization, and functionalization. The book systematically introduces the main types of conducting polymers, focusing on their electrical properties and the mechanisms responsible for conductivity. It then examines a variety of functionalization methods--such as chemical modification, doping, hybridization, and copolymerization--alongside post-polymerization techniques. Through detailed discussions of chemical synthesis approaches and their resultant properties, the text highlights both the advantages and limitations of each method, offering a valuable foundation for understanding this evolving field.

Beyond synthesis and characterization, the book dedicates significant attention to the real-world applications of functionalized conducting polymers, spanning water treatment, bioelectronics, environmental sensing, imaging, and optoelectronics. It includes illustrative case studies that demonstrate practical uses across different sectors.