Watch a robot swarm "bloom" like a garden

A new Science Robotics study describes a soft robotic gripper that can overcome leaf hydrophobicity to deliver nanosensors and materials into different plant types to monitor crop health. https://scim.ag/4kZs2Zg | Science Robotics

Scientists Create Robots Smaller Than a Grain of Sand

A new study in Science Robotics describes a marine flatworm-inspired robotic swimmer that can float on the water and propel itself through cluttered spaces using undulating fins on its sides. https://scim.ag/43kOeb1 | Science Robotics | Facebook

A new Science Robotics study describes an elastic snap-through mechanism that enables soft robotic joints to store and release energy through an embedded tendon, which can propel a turtle-like crawler through wet sand. https://scim.ag/4hcfz3b | Science Robotics | Facebook

A new Focus in Science Robotics spotlights the capacity of a soft exoskeleton suit to improve the sprint time of non-elite level runners by an average performance of 0.97 seconds. Read more: https://scim.ag/4gF | Science Robotics | Facebook