… integration with soft robotics, we fabricated two types of soft robot prototypes as
exemplars—robotic grippers with two fingers and robotic arms (Figure 3). The soft robots were …

… Here, a magnetic soft robotic bionic fish is developed by combining magnetic nanoparticles
(… for efficient solar-energy water purification by phase transition behavior in soft robotics. …

… However, these soft robots require … soft robots exhibiting long-term locomotion. Here, we
couple an active hydrogel with a solar absorbing coating to realize self-propelled soft robots …

… Here, we developed fully autonomous soft robots with self-sustainability based on self-…
Robotics that developed a fully autonomous soft robot that can operate on just one-Sun of solar …

… peaks amplitude (compared to the solar spectrum). Herein, the design … soft robotics
demonstrators, thus fostering a bioinspired approach to developing embodied energy systems driven …

… SOL, a softrobotic, dual-axis, sun-tracking mechanism for improved solar panel efficiency. …
actuation of a set of soft telescopic structures that raise and tilt the solar panels in the direction …

… The UV–Vis-NIR absorbance spectra were employed to evaluate the solar energy … S12
illustrates the IR image of the CMN composite membrane under simulated solar irradiation at …

… Fluidic actuation by pressurized elastomers is a versatile actuation mechanism in soft robotics
… , etc. that in our case can also be driven in an untethered manner by solar spectrum light. …

… In summary, here we presented a set of programmable soft robots. Through PVA and PSS
as hygroscopic agents, CB as photothermal agent and conductive filler, and PUU coating as …

… [32] designed a water-strider-inspired water-walking soft robots that can be remotely controlled
by the focused light by combining superhydrophobic floating surface and light-driven soft-…