Description:
Explore the forefront of technological innovation with this online course focused on 2D semiconductors. This course is designed for those interested in understanding the fundamental properties and applications of 2D semiconductors compared to traditional 3D semiconductors. Students will explore three main areas: (1) the basics of semiconductor physics with a focus on the distinct characteristics of 2D materials, (2) the electronic and optical behaviors of 2D semiconductors, including bandgaps, charge carriers, and exciton dynamics, and (3) material processing techniques and the practical applications of 2D semiconductors in electronic and optoelectronic devices. As an online, learner-centered course, it includes comprehensive lectures and interactive content to facilitate understanding and engagement, preparing students for advanced studies or careers in semiconductor technology.
- Learn the fundamental differences and properties of 2D semiconductors compared to traditional 3D semiconductors.
- Understand physic parameters such as the 2D density of states, bandgaps, and charge dynamics in 2D semiconductors.
- Evaluate and utilize 2D semiconductors in various technological applications.