Collection 

Flexible and Wearable Sonic Devices

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Open
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The rapid evolution of flexible and wearable technology has sparked a transformative era in the field of sonic devices, driven by advancements in materials science, engineering, numerical modelling and physics of acoustics. As the demand for innovative solutions in health monitoring, personal communication and interactive environments increases, there is a compelling need to explore the intersection of wearability, flexibility and sonic applications. Flexible piezoelectric sonic devices and ultrasonics are at the forefront of this evolution, enabling the creation of smart, lightweight and adaptable tools that can seamlessly integrate into various aspects of daily life. This Collection aims to capture the latest breakthroughs and interdisciplinary research that harness the potentials of these technologies, providing a platform for scholars and practitioners to share their insights and developments in this dynamic area.

The scope of this Collection encompasses a broad spectrum of research topics, including but not limited to:

  1. Development of flexible, wearable or deformable ultrasonic and acoustic devices
  2. Application of ultrasonic sensors and surface acoustic waves (SAW) sensors and acoustofluidics in wearable technology
  3. Exploration of new piezoelectric materials and thin films for sonic applications
  4. Integration of sonic devices in biomedical engineering for health monitoring, lab-on-chip and point-of-care
  5. Use of sonic devices with assistive and artificial intelligent (AI) technologies for individuals with disabilities

We invite contributions that address both theoretical, numerical, engineering and practical aspects of these technologies, encompassing their design, fabrication and application in diverse acoustic fields.

As we strive to push the boundaries of what is possible with flexible and wearable sonic devices, we encourage researchers to present innovative findings that reflect the vast potential of these emerging technologies to enhance human experiences and interactions with sound.

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flexible acoustic sensor; Flex printed circuit and small electronic components in plastic strip curled into circle

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