As a 2D material with exceptional electrical, thermal, mechanical, and electronic properties, graphene has emerged as a highly promising option for next-generation electronic technologies. Graphene for Electronic Applications explores the fundamental properties of graphene and its diverse applications across modern electronics, energy storage, sensing, optoelectronics, computing, and wireless communication.

The book provides a comprehensive overview of graphene, beginning with its fundamental electronic properties, synthesis and characterization techniques, and electrical transport and quantum effects. It further explores emerging electronic applications of graphene, including spintronics for computing, photodetectors and optoelectronic devices, supercapacitors and energy-storage systems, graphene-based antennas for wireless communication, high-speed graphene field-effect transistors, and graphene-based electronic sensors. The book also examines the key challenges involved in the commercialization of graphene electronics. Finally, it presents future perspectives and a technological roadmap for graphene electronics, highlighting emerging opportunities and the role of graphene in next-generation electronic and communication technologies.

Graphene for Electronic Applications brings together fundamental concepts, theoretical insights, and technological advances to provide a valuable resource for academic and industrial researchers, engineers, and students seeking to understand and harness the full potential of graphene for future electronic applications.