Watch a robot swarm "bloom" like a garden
arstechnica.com
Watch a robot swarm "bloom" like a garden
The Swarm Garden: An array of modular robot agents that adapt to changing conditions for living architecture.
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A new Science Robotics study describes how machine learning-directed optimization helped design a millimeter-scale biohybrid ray that can swim more efficiently than previous biomimetic designs. https://scim.ag/3EAEuyY | Science Robotics
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A new Science Robotics study describes how machine learning-directed optimization helped design a millimeter-scale biohybrid ray that can swim more efficiently than previous biomimetic designs. https://scim.ag/3EAEuyY | Science Robotics
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A new Science Robotics study describes a bioinspired microrobot with a springtail-inspired spring mechanism that enables directional jumping onto platforms or to overcome obstacles. https://scim.ag/4hPDtla | Science Robotics
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A new Science Robotics study describes a bioinspired microrobot with a springtail-inspired spring mechanism that enables directional jumping onto platforms or to overcome obstacles. https://scim.ag/4hPDtla | Science Robotics
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A new Science Robotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://scim.ag/4jM8p6e | Science Robotics
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A new Science Robotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://scim.ag/4jM8p6e | Science Robotics
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25 Robotics Projects, Lessons, and Activities | Science Buddies Blog
25 Robotics Projects, Lessons, and Activities | Science Buddies Blog
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A new Science Robotics study describes how machine learning-directed optimization helped design a millimeter-scale biohybrid ray that can swim more efficiently than previous biomimetic designs. https://scim.ag/3EAEuyY | Science Robotics
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A new Science Robotics study describes how machine learning-directed optimization helped design a millimeter-scale biohybrid ray that can swim more efficiently than previous biomimetic designs. https://scim.ag/3EAEuyY | Science Robotics
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A new Science Robotics study describes a bioinspired microrobot with a springtail-inspired spring mechanism that enables directional jumping onto platforms or to overcome obstacles. https://scim.ag/4hPDtla | Science Robotics
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A new Science Robotics study describes a bioinspired microrobot with a springtail-inspired spring mechanism that enables directional jumping onto platforms or to overcome obstacles. https://scim.ag/4hPDtla | Science Robotics
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A new Science Robotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://scim.ag/4jM8p6e | Science Robotics
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A new Science Robotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://scim.ag/4jM8p6e | Science Robotics
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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
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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
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A new Science Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl up into a sphere to roll down a snowy mountain using onboard sensors for autonomous navigation. https://scim.ag/41emzpo | Science Robotics
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A new Science Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl up into a sphere to roll down a snowy mountain using onboard sensors for autonomous navigation. https://scim.ag/41emzpo | Science Robotics
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Scientists Create Robots Smaller Than a Grain of Sand
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A new Science Robotics study highlights a control approach that enables Punyo, a humanoid upper body robot, to manipulate unwieldy objects using its body. Learn more: https://scim.ag/4lwaDHz | Science
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In a 2018 Science Robotics study, researchers reported that they had invented an electric skin that enables prosthesis users to perceive touch and pain. #ScienceMagArchives https://fcld.ly/dhsesb4 | Science
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Scientists have designed a bioinspired landing gear and control strategy that allows insect-scale, flapping-wing robots to land safely. Read more in Science Robotics: https://scim.ag/4lu3zMZ | Science Robotics
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A new method enabled several types of virtual and real #robots to self-discover their morphology and gain a sense of embodiment during testing. Learn more in Science Robotics: https://scim.ag/5eY | Science Robotics
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A wheeled-legged robot based on the ANYmal platform scoots and climbs its way through the urban environments of Zurich and Seville. Learn more in Science Robotics: https://scim.ag/6IC | Science Robotics
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An updated learning method—centered around walking, crouching, climbing, and jumping—could one day help the ANYmal robot vault over and crawl under physical hurdles during search and rescue missions. Learn more: https://scim.ag/6gb | Science Robotics
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A new biodegradable self-sensing robot described in Science Advances addresses the need for sustainability in robotic design. The system, made of cellulose and gelatin, degrades into ingredients that can enrich soil—and also performs well when assembled into a robotic arm. https://scim.ag/41dbjuN | Science
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This robotic hand has a unique sense of touch. Read the research in our newest journal, Science Robotics: http://scim.ag/2gWQI5l | Science
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Massachusetts Institute of Technology (MIT) scientists have engineered a miniature soft continuum robot that was able to slither with minimal friction through tortuous and compact environments – including a silicone model of brain vasculature. Read more in Science Robotics: https://fcld.ly/he69t6a | Science
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