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Scientists have designed a framework that enables drones to perform sophisticated and aerobatic flight maneuvers autonomously while avoiding obstacles. Learn more in Science Robotics:

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Scientists have developed a springtail-inspired, centimeter-scale robot that can jump up to 1.4 meters. Learn more in Science Robotics:
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Scientists have developed a springtail-inspired, centimeter-scale robot that can jump up to 1.4 meters. Learn more in Science Robotics:

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Inspired by elephant trunks, scientists have developed a soft, flexible robotic arm that can twist to stiffen, enabling it to manipulate and install a lightbulb. Learn more in Science Robotics:
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Inspired by elephant trunks, scientists have developed a soft, flexible robotic arm that can twist to stiffen, enabling it to manipulate and install a lightbulb. Learn more in Science Robotics:

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Inspired by elephant trunks, scientists have developed a soft, flexible robotic arm that can twist to stiffen, enabling it to manipulate and install a lightbulb. Learn more in Science Robotics:
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Inspired by elephant trunks, scientists have developed a soft, flexible robotic arm that can twist to stiffen, enabling it to manipulate and install a lightbulb. Learn more in Science Robotics:

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Scientists have developed a miniature robot that can reposition its fins and legs to swim, glide, and crawl untethered in different deep-sea environments, including the Mariana Trench. Learn more in Science Robotics:
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3D-printing enables the fabrication of miniaturized, ultrafast delta robots that can follow trajectories with extreme precision and generate enough power to launch projectiles into the air. Learn more in Science Robotics:
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A fly buzzes inside a virtual reality flight simulator, which scientists are using to investigate the inner workings of the insect brain. Learn more during #InsectWeek: News from Science

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A new approach uses diffused orientation fields to help robots transfer skills across curved objects of diverse shapes and sizes, enabling them to peel and slice varied fruits and vegetables. Learn more in Science Robotics:

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A recent Science Robotics study demonstrates that haptic feedback from wearable upper body exoskeletons can improve coordination between violin duos more effectively than visual cues. Learn more:
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A recent Science Robotics study demonstrates that haptic feedback from wearable upper body exoskeletons can improve coordination between violin duos more effectively than visual cues. Learn more:

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A recent Science Robotics study demonstrates that haptic feedback from wearable upper body exoskeletons can improve coordination between violin duos more effectively than visual cues. Learn more:
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Simulate an Unmanned Aerial Vehicle (UAV) using camera and lidar sensor models to deliver a package while navigating a city environment and avoiding obstacles 🛫 🔗
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Researchers have developed a #DeepLearning system called BioEmu that rapidly generates diverse protein conformations, enabling fast, accurate insights into protein flexibility and function. Learn more this week in Science:
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BaBot: A Ball-Balancing Robotics Kit BaBot is a do-it-yourself ball-balancing robot kit designed as a hands-on platform for learning robotics and control systems. It enables users to explore concepts such as PID control, sensors, actuators, and software integration through practical experimentation. The kit is intended for students, makers, and others interested in applied robotics without requiring a formal engineering background. Credit: Babot Project #arduino #ai #robotics #3dprint #engineering

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How can we address the scarcity of data required for specialized AI? Learn about Simula, a framework that reframes synthetic data generation as dataset-level mechanism design. By using reasoning to architect datasets from first principles, Simula enables fine-grained control over coverage, complexity, and quality. More →
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How can we address the scarcity of data required for specialized AI? Learn about Simula, a framework that reframes synthetic data generation as dataset-level mechanism design. By using reasoning to architect datasets from first principles, Simula enables fine-grained control over coverage, complexity, and quality. More →

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Deftly avoiding in-flight collisions while navigating the space around them, the keen ability of honey bees to craft harmonious, interlacing flight patterns is stunning. For a great study reconstructing their three-dimensional flight trajectories, enjoy:
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Deftly avoiding in-flight collisions while navigating the space around them, the keen ability of honey bees to craft harmonious, interlacing flight patterns is stunning. For a great study reconstructing their three-dimensional flight trajectories, enjoy:

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