Etude des propriétés de transport quantique dans les systèmes bidimens

The textbook "Study of Quantum Transport Properties in Two-Dimensional Systems" by Ahmed Missaoui provides a comprehensive analysis of the quantum mechanical transport properties in two-dimensional materials, particularly in graphene. In recent years, graphene has garnered significant interest in the scientific community due to its unique properties and its potential to serve as the first experimentally produced two-dimensional crystalline solid. The book addresses the effects of static defects, such as vacancies and adsorbates, on the electronic properties of monolayer and bilayer graphene. Both random and selective distributions of adsorbates are examined, highlighting the different electronic behaviors of the bilayer graphene structure. The findings offer valuable insights into controlling electronic properties through targeted defect placement and the emergence of a bandgap in graphene.