Biodegradable piezoelectrics represent an intriguing category of electroactive materials
combining the mechanical-electrical coupling characteristics with a unique biodegradable …

Bioengineering devices and systems will become a practical and versatile technology in
society when sustainability issues, primarily pertaining to their efficiency, sustainability, and …

The development of smart wearables, involving the sensor integration into textiles, has
emerged in several applications, such as heart rate monitoring in healthcare contexts, smart …

Abstract Poly (lactic acid)(PLA) foams have demonstrated a high variety of functional
characteristics, still, the rigidity of this cellular material remains a major limiting factor when it …

Air-coupled ultrasonic transducers are widely used in non-destructive testing, acoustical
sonar systems, and biomedical imaging. These applications require transducers that …

The advancement in Internet of Things (IoT) and 5G technologies are pushing the interest in
zero power sensor networks in different sectors including wearables, wellbeing, smart …

In recent years, the demand for sustainable and degradable materials and electronic
devices has increased significantly. Among a range of biodegradable polymers, poly (lactic …

The emerging need of wearable healthcare monitoring systems for eg predicting cognitive
decline, necessitates practical requirements such as high sensor sensitivity and low …

The development of piezoelectric sensors using ferroelectrets is a very active field that is
increasingly gaining importance. Recently, 3D-printing ferroelectret sensors using fused …

3D-printed ferroelectret transducers, utilizing poly-lactic acid (PLA), present an eco-friendly
alternative to ceramic-based transducers, which predominantly employ lead zirconate …