Spin-Wave Computing: Philipp Pirro Lecture

This lecture introduces spin-wave computing, focusing on spin-wave physics, magnonic nanostructures, and the application of spin waves in wave-based computing. The instructor discusses the theory and experimental realizations of spin-wave devices, such as magnonic nano-resonators and directional couplers, highlighting the potential for low-power, nonlinear computing. Various concepts like magnon-magnon interactions, coherence effects, and frequency multiplexing are explored, showcasing the advantages of using spin waves for unconventional computing applications.