2D Materials: Characteristics and Quantum Behavior

This exam focuses on the characteristics of two-dimensional materials, emphasizing their quantum behaviors and potential uses in innovative technological applications. Candidates will discuss key properties that arise from reduced dimensionality.

2D materials, such as graphene and transition metal dichalcogenides, are significant in materials engineering for their enhanced properties and potential applications in quantum computing and nanoelectronics. Understanding these materials is essential for future innovations.

The examination will assess candidates' abilities to explain the unique quantum phenomena exhibited by 2D materials, including quantum confinement and electron mobility.

Candidates are encouraged to link theoretical aspects to real-world applications, highlighting the implications of 2D materials in advancing modern technology and devices.