Biomedical skin patches integrating multiple sensing, power, and reporting disciplines are receiving significant R&D effort.

The piezoelectric devices market is navigating a transformative phase, driven by material advancements, cross-sector ...

Most energy generators currently employed within the electronics industry are based on inorganic piezoelectric materials that ...

Valvular heart disease (VHD) is a potentially fatal condition, yet it's difficult to diagnose with a regular stethoscope. A ...

Korean researchers have developed the world’s first flexible ammonia gas sensor using a low-cost, low-temperature copper bromide film process—marking a major step forward for wearable and ...

The world’s first highly flexible and ultra-sensitive ammonia sensor based on a low-temperature synthesized copper bromide (CuBr) film, developed by the KIMS research team. Credit: Korea Institute of ...

The Korea Institute of Energy Research has successfully developed ultra-lightweight flexible perovskite/CIGS tandem solar cells and achieved a power conversion efficiency of 23.64%, which is the world ...

Occuspace, the leading occupancy intelligence platform for the built environment, today announced Micro - a new sensor for measuring space utilization in meeting rooms, flex spaces, phone booths ...

Dr. Jongwon Yoon, the lead researcher, stated, "The ammonia sensor developed through this study has great potential for expansion into flexible and wearable devices. It can be utilized in a wide ...

Abstract: This work presents comprehensive investigation and demonstration of flexible piezoelectric tactile sensors for IoT-enabled electronic skin (E-skin) applications. These sensors were ...

In contrast, well-established inorganic semiconductor-based strain sensor exhibits uniformity and consistency in the device performance, demonstrating the omnidirectional capability (Figure 2C) (Hu et ...