The textbook "Graphene Nanoribbons and 2D Materials Beyond Graphene" by Ming-Wei Lin provides a comprehensive analysis of the properties of graphene and related 2D materials. It highlights the challenges associated with the use of graphene in electronics, particularly the lack of a bandgap, which is crucial for digital logic applications. The book explores the theoretical foundations of graphene nanoribbons and their potential applications, while also addressing the properties of materials such as molybdenum disulfide (MoS2), which has a direct bandgap and is therefore suitable for energy-efficient electronics. Additionally, it considers other 2D materials beyond graphene that may be of interest to scientists, both in terms of their fundamental physical properties and their future applications. This book is aimed at professionals and students in the fields of mathematics, natural sciences, and astronomy who wish to engage with the latest developments in materials science.