Polymers in Organic Electronics, 2nd Ed.

This book provides comprehensive coverage of electronic polymers, focusing on their properties, optimization strategies, and applications in electronic and optoelectronic devices. It addresses the interdisciplinary foundations of modern technology, where progress depends on the effective integration of multiple scientific and engineering domains.

Key contributing fields include:

• Electronics (micro-, nano-, and quantum systems)
• Mechanics (MEMS, NEMS, MOEMS, and NOEMS)
• Mechatronics (robots, artificial muscles, autonomous and automated air vehicles)
• Informatics (software, hardware, and communication systems)
• Materials science (conjugated polymers, smart materials, conducting small molecules)
• Optoelectronics (optical fibers, lenses, and photonic devices)

The central theme of the book is integration-the practical framework through which these disciplines are combined to enable the development of high-performance, low-cost, and lightweight organic electronic components and systems, with reduced development time and faster commercialization.

Purpose and Audience

This book is designed to provide engineers, designers, and researchers with practical guidance and optimized design concepts for developing organic electronic systems based on novel polymers and electronic components.

By integrating materials science, electronics, mechanics, mechatronics, informatics, and optoelectronics, the book serves as a comprehensive resource for modern organic electronics, supporting both academic study and industrial innovation.