Dispersion-tunable low-loss implanted spin-wave waveguides for large magnonic networks

Researchers have developed a novel technique for creating spin-wave waveguides with tunable dispersion and low loss. This advancement utilizes an implantation method, paving the way for the construction of extensive magnonic networks. These new waveguides offer enhanced control over spin-wave propagation, a crucial element for building complex magnonic systems.

This development is significant because it enables the creation of more efficient and scalable magnonic devices, which are essential for future computing and sensing technologies.