Semiconductor Physics: Light-Matter Interaction

This lecture covers semiconductor physics and light-matter interaction, focusing on inorganic semiconductors like III-N, III-As, and diamond, as well as organic semiconductors. Topics include semiconductor properties, p-n junctions, light-matter interaction, and device applications. The instructor, Dr. Raphaël Butte, and teaching assistant, Thomas Weatherley, provide insights into quantum nanostructures, LEDs, laser diodes, and nanolasers. The lecture emphasizes the importance of understanding semiconductor properties, bandgap engineering, and device design for various applications in electronics and optoelectronics.