Mechanically stretchable capacitive sensors are extremely promising for applications in
continuous health-monitoring. Typical capacitive sensors, made from polymer and thin metal …

The conventional electrohydrodynamic (EHD) pump is limited to pumping functional and
dielectric liquids, which restricts its applications in fields like microfluidics, food safety, and …

Soft robots are able to safely operate in a dynamically evolving or highly unstructured
environment by virtue of their inherited compliance. Among the available actuation methods …

Seamlessly fusing fashion and functionality can redefine wearable technology and enhance
the quality of life. We propose a pocketable and smart electrohydrodynamic pump (PSEP) …

Soft crawling robots are usually driven by bulky and complex external pneumatic or
hydraulic actuators. In this work, we proposed a miniaturized soft crawling caterpillar based …

The demand for drone-based object transportation has been rapidly growing recently.
Current drones face limitations in their ability to grasp objects on the flat surface. To address …

Dielectric elastomer actuators (DEAs) are attractive for use in energy harvesting devices and
soft robotics. In this study, barium titanate (BaTiO 3) nanoparticles (NPs) were modified by …

Stretchable sensors can measure large strains generated in the joints of the human body.
Generally, in the characteristics of carbon nanotubes based stretchable resistive sensors …

The growing interest in soft robotics increases the demand for stretchable sensors. The high
performance of stretchable sensors depends much on the linearity, reliability and hysteresis …

Disasters always come suddenly, becoming a natural phenomenon that humans face. One
of the natural disasters is a lava flood, which is a collection of lava released by a volcano …