Harnessing Topological Acoustics for Applied Solutions
- Submission status
- Open
- Submission deadline
Recent discoveries in sound wave attributes have unveiled new possibilities for encoding and conveying information, enhancing human perception, and augmenting sensing capabilities. The emerging field of Topological Acoustics (TA) reveals quantum-like properties in sound waves, such as geometric phase and spin, which were previously hidden. TA introduces unprecedented robustness to disorder and imperfections, allowing sound waves to propagate without reflection or echo, and enabling greater information encoding and multiplexing capabilities.
While TA has been extensively explored conceptually, this collection aims to attract papers that harness this knowledge to develop practical solutions for pressing challenges that current technologies cannot address. We seek contributions that leverage TA's unique attributes to enhance quantum technology, revolutionize wireless communications, and improve environmental monitoring. For instance, TA can provide robust, low-cost, and miniaturized devices for advanced telecommunications, and enable high-sensitivity remote sensing to monitor climate change impacts.
One area of focus is using TA to overcome the limitations of current quantum information systems, which suffer from decoherence and require cryogenic conditions. TA offers a stable alternative, enabling parallel processing and robust information storage at room temperature. Another focus is on improving RF acoustic wave devices used in telecommunications. TA can enhance these devices by providing efficient signal transport and adding new functionalities, such as multiplexing and logic operations. Additionally, we welcome research that explores new applications of TA, such as in biomedical engineering for better diagnostics and therapeutic uses. By integrating interdisciplinary efforts and industry collaboration, this collection aims to push the boundaries of TA and deliver transformative solutions with significant societal impact.
