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
Science Robotics. . 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
已浏览 199 次2025年2月18日
Robotics Engineering
Robotics: What Are Robots? | Built In
Robotics: What Are Robots? | Built In
builtin.com
2024年10月21日
Engineering the Future: The Revolutionary World of Robotics Online Class | LinkedIn Learning, formerly Lynda.com
Engineering the Future: The Revolutionary World of Robotics Online Class | LinkedIn Learning, formerly Lynda.com
linkedin.com
10 个月之前
Future of Robotics: How Are Robots Shaping the Future? | Built In
Future of Robotics: How Are Robots Shaping the Future? | Built In
builtin.com
6 个月之前
热门视频
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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已浏览 155 次2025年3月5日
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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已浏览 472 次9 个月之前
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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已浏览 73 次2025年2月25日
Robotics Projects
25 Robotics Projects, Lessons, and Activities | Science Buddies Blog
25 Robotics Projects, Lessons, and Activities | Science Buddies Blog
sciencebuddies.org
2025年3月25日
How to Build an ArtBot | Science Project
2:13
How to Build an ArtBot | Science Project
YouTubeScience Buddies
已浏览 29.5万 次2016年8月18日
How to Make A Simple And Easy Arduino Robot For Science Project
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How to Make A Simple And Easy Arduino Robot For Science Project
YouTubeDIY Builder
已浏览 137万 次2019年11月15日
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
已浏览 155 次2025年3月5日
FacebookScience Robotics
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
已浏览 472 次9 个月之前
FacebookScience Robotics
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
0:20
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
已浏览 73 次2025年2月25日
FacebookScience Robotics
A new Science Robotics study highlights an implantable neuroprosthesis that promotes neuromuscular activity during robot-assisted walking and cycling in patients with spinal cord injuries and partial or complete paralysis. https://scim.ag/3RdvWRn | Science Robotics
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A new Science Robotics study highlights an implantable neuroprosthesis that promotes neuromuscular activity during robot-assisted walking and cycling in patients with spinal cord injuries and partial or complete paralysis. https://scim.ag/3RdvWRn | Science Robotics
已浏览 103 次2025年3月18日
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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
0:09
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
已浏览 211 次2025年2月4日
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A new system in Science Robotics enables users to inhabit an iCub3 humanoid avatar—experiencing sensory feedback including touch, weight, and more—and interact with the avatar’s surrounding environment. Learn more: https://scim.ag/5Dn | Science Robotics
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A new system in Science Robotics enables users to inhabit an iCub3 humanoid avatar—experiencing sensory feedback including touch, weight, and more—and interact with the avatar’s surrounding environment. Learn more: https://scim.ag/5Dn | Science Robotics
已浏览 497 次2024年1月24日
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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
0:39
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
已浏览 288 次2025年3月4日
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Robotics
2023年11月23日
stanford.edu
Social robots as conversational catalysts: Enhancing long-term human-human interaction at home
2025年3月12日
science.org
Autonomous robotic laparoscopic surgery for intestinal anastomosis
2022年1月26日
science.org
Cooperative robotic exploration of a planetary skylight surface and lava cave
8 个月之前
science.org
Surgical embodied intelligence for generalized task autonomy in laparoscopic robot-assisted surgery
已浏览 55 次8 个月之前
science.org
Scientific exploration of challenging planetary analog environments with a team of legged robots
2023年7月12日
science.org
Robotics gymnastics: New flexible soft robots transform health care, fabrication and materials research
1 年前
nsf.gov
0:08
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
已浏览 9232 次7 个月之前
FacebookScience
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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
已浏览 3.9万 次2019年6月21日
FacebookScience
1:06
Soft Robotics | Harvard Biodesign Lab
2017年4月5日
harvard.edu
Sophia robot review, features, use, advantages and disadvantages | Science online
2020年4月30日
online-sciences.com
0:04
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
已浏览 167 次11 个月之前
FacebookScience 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
已浏览 73 次2023年12月19日
FacebookScience Robotics
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Scientists have developed SUPER, an autonomous drone that can navigate unknown and cluttered environments safely, which could help future search and rescue efforts. Learn more in Science Robotics: https://scim.ag/4hudMXr | Science Robotics
已浏览 177 次2025年1月29日
FacebookScience 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
已浏览 539 次2024年4月24日
FacebookScience 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
已浏览 1674 次2024年3月18日
FacebookScience Robotics
Shaping the future of advanced robotics
2024年1月4日
deepmind.google
New center unites Stanford’s robotics expertise under one roof
2024年11月14日
stanford.edu
IFR predicts top 5 global robotics trends for 2025 - The Robot Report
2025年1月22日
therobotreport.com
Advantages and disadvantages of using Robots in our life, Are Robots good or bad? | Science online
2016年5月20日
online-sciences.com
1:58
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
已浏览 1.2万 次2025年2月9日
FacebookScience
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Scientists have built the world’s most capable construction robot. Learn more: http://scim.ag/2oQwF0b | Science
已浏览 28.5万 次2017年5月1日
FacebookScience
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