Pressure sensors are gaining increasing significance within the fields of bioelectronics and
soft robotics. Among various types of pressure sensors, capacitive pressure sensors (CPSs) …

The flexible pressure sensors enable their extensive utilization across a wide range of
domains, encompassing wearable electronic devices, human–machine interfaces …

Industrial robots are the main piece of equipment of intelligent manufacturing, and array-type
tactile sensors are considered to be the core devices for their active sensing and …

Flexible skins that can be laminated on curved surfaces are a desired form for wind pressure
measurement. Sensors for such applications need to detect both negative and positive wind …

To achieve optimal performance of the flexible sensors, it is common to rely on a large
number of trials rather than establishing models to predict or guide in a positive fashion. And …

The advancement of pressure sensors featuring high sensitivity, wide detection ranges, and
linear response characteristics is important for advancing tactile sensing technologies for …

Fiber crossbars are an emerging architecture in electronic devices, and they have become
the favored fundamental units for state‐of‐the‐art smart textiles. Fiber crossbar sensors with …

Hydrophones play a crucial role in underwater target detection within sonar systems.
However, existing hydrophones often encounter challenges such as low sensitivity and poor …

Fabric-based capacitive pressure sensors have attracted wide attention in smart textiles due
to their high sensitivity and fast response advantages. However, there are problems in the …

Interfacial capacitance sensing technology shows great potential in the fields of flexible
electronics and healthcare. However, further advancements are necessary to enhance the …