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Michael Galili is involved in the Nano-COM project, focusing on the development of nano-technology-based components and solutions for high-speed optical communication systems. This includes developing optical filters that can be used to shape optical pulses for signal processing. Additionally, research is underway to develop a laser capable of generating very short light pulses for high-speed data signals. The project also examines various ultra-fast physical effects and systems. The data rates employed in this project (320 Gbit/s and higher) exceed the capacity of electronic signal processing, making it crucial to find other types of systems suited for handling such rapid data signals. Overall, his work aims to investigate the central components necessary to implement these high-speed signals in real-world communication systems.
Technical University of Denmark • Kgs. Lyngby, Denmark
Leading research in quantum communication systems and optical technology.
This requirement applies generally across Technical University of Denmark (DTU) MSc programs including Computer Science, Applied Mathematics, and Engineering disciplines. Specific prerequisites vary by department/curriculum.