NewFoS Announces Two Newly Funded Seed Projects in Topological Acoustics

The New Frontiers of Sound (NewFoS) Science and Technology Center is pleased to announce the funding of two new Seed Projects that advance research in topological acoustics, metamaterials, and next-generation acoustic devices. These projects reflect NewFoS’ commitment to supporting innovative, high-impact research across partner institutions.

🔶 Topological Acoustics in Multiple-Local Resonators Metamaterials for Parallel Computing
Principal Investigator: MOHAMMAD BUKHARI
Institution: Wayne State University Wayne State University College of Engineering

This project aims to transform the performance of passive Acoustic Signal Processors (ASPs) for subwavelength functionalities and multitasking operations. By leveraging topological protection and engineered resonance, the team seeks to enable robust, scalable platforms for parallel computing and advanced wave manipulation.

🔶Topological Terahertz Acoustic Laser in Graphene: Device Development to Interactive Educational Platform for Visualizing Acoustic Waves
Principal Investigator: Kentaro Yumigeta (Postdoctoral Researcher)
Supervised by: Zafer Mutlu, Assistant Professor, MSE
Institution: University of Arizona 

This project investigates the hypothesis that topological acoustics can address longstanding challenges in guiding and stabilizing acoustic waves at terahertz frequencies. This research aims to advance device development while also establishing an interactive educational platform for visualizing and understanding acoustic wave phenomena.