This text investigates the fundamental interface science governing the performance and development of organic materials in modern electronic and photonic applications. Gary Wasserman synthesizes current research on the physical and chemical properties of conjugated polymers and molecular solids to establish a framework for understanding how these materials interact at the atomic and molecular levels. The book argues that precise control over interfacial properties is the primary determinant for the efficiency and stability of next-generation organic electronic devices.

Experts recognize this work as a technical reference for researchers and graduate students specializing in organic electronics. Readers frequently note the high density of the prose and the specialized focus on material interface science.