Yangyang Fu
Papers
1
Total Citations
71
H-Index
1
About
Yangyang Fu is a leading researcher in the field of acoustic metamaterials and wave physics, with a particular focus on designing compact, high-performance devices for sound manipulation. In their highly cited 2018 work, Fu proposed and experimentally demonstrated a compact acoustic retroreflector based on a mirrored Luneburg lens—a device that efficiently reroutes incident acoustic signals back toward their source with minimal scattering. This was achieved by engineering gradient refractive index metamaterials using Archimedean spiral structures, a design that has garnered 71 citations for its elegance and practical impact. Fu’s contributions lie at the intersection of theoretical modeling and experimental validation, advancing the development of functional acoustic devices for applications in sensing, communication, and noise control. Their work is recognized for pushing the boundaries of metamaterial design, offering scalable solutions that bridge fundamental physics and real-world engineering. With a growing citation record and a reputation for innovative, application-driven research, Yangyang Fu continues to shape the future of acoustic wave control.
Research Focus
Key Achievements
Top Papers
- 1Compact acoustic retroreflector based on a mirrored Luneburg lens71 citations · 2018