Research field of soft robotics develops exponentially since it opens up many imaginations,
such as human‐interactive robot, wearable robots, and transformable robots in …

Marine animals, such as leptocephalus and jellyfish, can sense external stimuli and achieve
optical camouflage in the aquatic environment. Fabricating an intelligent soft sensor that can …

Underwater devices are critical for environmental applications. However, existing prototypes
typically use bulky, noisy actuators and limited configurations. Consequently, they struggle …

Walking on water is a unique locomotion mode found in aquatic living creatures. However, it
remains challenging to create light-driven aquatic soft robots that can walk freely on water …

The swimming of aquatic animals and flying of insects and birds have fascinated physicists
and biologists for more than a century. In this regard, great efforts have been made to …

Shape-programmable hydrogel-based soft actuators that can adaptively respond to external
stimuli are of paramount significance for the development of bioinspired aquatic smart soft …

Jellyfish are radially symmetric organisms without a brain that arose more than 500 million
years ago. They achieve organismal behaviors through coordinated interactions between …

Mass manufactured, biologically inspired soft robots are needed for safe robot-animal
interactions. The key challenges are the design and manufacture of high-performance …

Monitoring, sensing, and exploration of over 70% of the Earth's surface that is covered with
water is permitted through the deployment of underwater bioinspired robots without affecting …

Soft robots have the potential to assist and complement human exploration of extreme and
harsh environments (ie, organic solvents). However, soft robots with stable performance in …