Tactile sensing is a key sensor modality for robots interacting with their surroundings. These
sensors provide a rich and diverse set of data signals that contain detailed information …

Sensors based on the detection of small resistance variations are universally recognized as
piezoresistive. Being one of the simplest, most common and most investigated classes of …

Over the last two decades, considerable scientific and technological efforts have been
devoted to developing tactile sensing based on a variety of transducing mechanisms, with …

Humans can handle and manipulate objects with ease; however, human dexterity has yet to
be matched by artificial systems. Receptors in our fingers and hands provide essential tactile …

Flexible pressure sensors are of great importance to be applied in artificial intelligence and
wearable electronics. However, assembling a simple structure, high-performance capacitive …

A facile resilient bismuthine-anchored graphene architecture is reported as multifunctional
all-solid-state flexible supercapacitors and ionic-type capacitive sensor. Meanwhile, an …

The perception of slip is one of the distinctive abilities of human tactile sensing. The sense of
touch allows recognizing a wide set of properties of a grasped object, such as shape, weight …

The robotic with integrated tactile sensors can accurately perceive contact force, pressure,
vibration, temperature and other tactile stimuli. Flexible tactile sensing technologies have …

In tribology, maintaining good lubrication of friction pairs is an important technical means to
reduce wear and failure, which is very important but difficult to monitor the lubrication state of …

Pressure sensing is a crucial function for flexible and wearable electronics, such as artificial
skin and health monitoring. Recent progress in material and device structure of pressure …