We design actively-controlled metastructures to realize autonomous and reprogrammable guiding of acoustic/mechanical waves. This includes:

1. waveguding inspired by quantum mechanics,
2. waveguding by feedback-based generation of user-defined parameters for unconventional wave transmission, reflection and bending,
3. real-time creation of wave absorbers and artificial acoustic fields, and more.

Our research is multi-disciplinary, combining Control Theory, Acoustics, Vibrations, Physics and Electronics. Our work is of a theoretical/computational character, targeting realistic physical systems.

• Autonomous topological waveguiding inspired by quantum mechanics
• Waveguiding by feedback-based generation of user-defined parameters
• Real-time creation of wave absorbers and artificial acoustic fields
• Theoretical analysis of wave equations