Science Robotics
@SciRobotics
Official Twitter account of the journal Science Robotics. Also find us on Facebook: http://facebook.com/ScienceRobotics
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The September issue of Science #Robotics is out! This month's cover highlights #RoboBallet, a framework that assigns tasks and plans collision-free movements for multiple robots working together in a crowded space. Learn about this research and more: scim.ag/4lUTWWo
Robots, like humans and other social animals, could learn from each other and develop collective intelligence that is more adaptable than behaviors arising from monolithic artificial intelligence (#AI) models, according to a new Viewpoint. scim.ag/46S2KIn
A new Viewpoint examines different ways in which #AI and robotics could accelerate automation and discovery in science laboratories and highlights the importance of keeping scientists in the loop. Learn more in Science #Robotics: scim.ag/46kFYZt
A new Science #Robotics Viewpoint argues the merits of shifting away from monolithic #AI models and towards collective robotic intelligence for scalable and sophisticated solutions to real-world problems. @aprorok scim.ag/46S2KIn
A new Viewpoint highlights key perspectives and challenges discussed at a workshop at the 2024 #ICRA conference, outlining ways in which science laboratory automation could spur discoveries in the natural sciences. @aicooper @darvish_kourosh @gabriellapizz scim.ag/46kFYZt
A new Science #Robotics Review explores how the choice of state representation in learning-based models can influence how robots interact with objects. scim.ag/3Krjk96
Scientists have developed tiny #ultrasonic #sensors that can detect varied stimuli and deliver targeted doses of liquid in animal models. @2024_HUST @CUHKofficial Learn more in Science #Robotics: scim.ag/41ZmGGC
A new Review examines how learning-based dynamics models can advance robotic capabilities and improve their performance during manipulation tasks. @BoAi0110 @YunzhuLiYZ Learn more in Science #Robotics: scim.ag/3Krjk96
A new Science #Robotics Focus describes the innovations behind the extending, articulating powered wheelchair that led the pilot to victory at the #Wheelchair Race at the 2024 #Cybathlon. scim.ag/47ROnoB
🎉 Excited to share that our review paper on learning-based dynamics models for robotic manipulation is finally out in Science Robotics @SciRobotics! 🤖 Led by my former mentee @BoAi0110, this paper is especially meaningful to me. It builds on the structure of my PhD thesis and…
A new Focus article highlights the winners of the Arm #Prosthesis race at the 2024 #Cybathlon, and explains the design of the innovative two-fingered gripper and vision-assisted sensory unit that enabled the team to complete the Haptic Bag challenge. scim.ag/3IkOY7N
A new Science #Robotics study highlights #ultrasonic soft #sensors that can be embedded into miniature magnetic devices to manipulate delicate objects such as salmon eggs. scim.ag/41ZmGGC
Scientists have developed a water- and dirt-resistant device that can raise dots through mini explosions to display several lines of #braille text simultaneously. Learn more in Science #Robotics: scim.ag/4fZEyH4
A new Science #Robotics Focus article discusses ways in which #educational robots can be carefully integrated into family life without disrupting established routines or compromising privacy. @STEMinterest scim.ag/48biQOf
Watching a robot attempt and fail to solve a problem helps students deepen conceptual understanding of a topic, according to a new study in Science #Robotics. Learn more: scim.ag/489tiG0
A new Science #Robotics study finds that children feel less anxious when reading aloud to a robot than to a person, suggesting that robots could help mitigate stressful social situations in the classroom and beyond. scim.ag/488xEx8
A pair of new studies suggests that robot companions can help children feel less anxious while reading aloud and improve #learning by reducing peer pressure. Learn more in Science #Robotics: scim.ag/488xEx8; scim.ag/489tiG0
A new Science #Robotics study describes #biohybrid crawlers that start to move or slow down in response to #optogenetic stimulation, demonstrating neuromuscular tuning. scim.ag/3V1s2NB
A new Science #Robotics study describes #RoboBallet—a framework for automated task allocation, scheduling, and motion planning for multiple robots in a shared, obstacle-rich environment. scim.ag/3JIh7WF
Scientists have developed a #biohybrid crawling robot that provides insight into how neuronal signals control muscle movements. @RashidB23819196 @ProfJohnARogers Learn more in Science #Robotics: scim.ag/3V1s2NB
Scientists have designed a #ReinforcementLearning-based framework that enables multiple robot arms to perform up to 40 tasks simultaneously without colliding in a crowded workspace. @GoogleDeepMind Learn more in Science #Robotics: scim.ag/3JIh7WF
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