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By wrapping a pig’s inner
#heart with a synthetic#muscle, a@MITMechE,@harvardmed team has taken a step toward a model that can faithfully mimic the structure and function of a real mammalian heart: https://fcld.ly/w2y6ts9 ($)#roboticspic.twitter.com/3fgcT8Oh2B -
An unconventional wing design inspired by nature’s smallest flying animals may help small
#drones resist turbulent gusts of wind and increase#flight time outdoors. Designed by@brownengin,@EPFL scientists: https://fcld.ly/ycb7cy8 pic.twitter.com/i4lmvRoOzE
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Sweaty soft
#robotic fingers built by@CornellMAE,@CornellMSE scientists was able to cool down roughly three times more efficiently than humans and horses, both among the best thermoregulating#animals: https://fcld.ly/c2nkay1 pic.twitter.com/JGJBbR3qX3 -
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@MITMechE,@harvardmed scientists have engineered a part-organic, part-synthetic#robotic#heart able to simulate the beating motion of the real thing: https://fcld.ly/985qr7m ($)pic.twitter.com/ac4pkGQofB
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@brownengin,@EPFL researchers have engineered a new set of aerodynamic#wings for stabilizing small#drones in the wind: https://fcld.ly/z3h8fw8 pic.twitter.com/bUWoqJFWOG -
Soft
#robots may now be able to prevent instability by sweating off excess heat, thanks to a new actuator design by@CornellMAE,@CornellMSE#engineers inspired by mammalian cooling systems: https://fcld.ly/jkn6ash pic.twitter.com/pBqlrj38wK -
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#Robots could become bioinspired machines that can grow and adapt. They should be built with recyclable, biodegradable, or biohybrid materials, to return to a starting state," say@IITalk's Barbara Mazzolai and@ScuolaSantAnna's Cecilia Laschi: https://fcld.ly/40zumyc pic.twitter.com/iGahnWRd82
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Biodegradable
#microrobots designed by@yesCNU scientists and their collaborators delivered stem cells and repaired knee injury in rabbits: https://fcld.ly/pcpfobc#medical#roboticspic.twitter.com/Js1TrwkV8f -
The paradox of explainable
#AI explained: many successful#machinelearning techniques that teach the#robot to learn can’t offer helpful explanations, while techniques that are less effective for robot learning are more understandable. Learn more here: https://fcld.ly/bx2xaz7 pic.twitter.com/PzaH17dUrz -
"Metal or muscle? The future of biologically inspired
#robots," according to Barry Andrew Trimmer from@TuftsEngineer. Read the new Focus piece here: https://fcld.ly/cu5zydl pic.twitter.com/4fBlG7apNG
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Scientists from
@yesCNU collaborating with industry devised a method to deliver and maintain a group of#stemcell -carrying#microrobots at an injury. Within 2-3 weeks, the#robots helped regenerate cartilage at the rabbit’s knee: https://fcld.ly/8zg6wsd pic.twitter.com/cCaBl2gnwd -
#SciFi foresaw that explainable#robotics would be desirable, but it worried that the explanations were not guaranteed to be correct, says Robin Murphy from@TAMU,@crasar in this Focus: https://fcld.ly/iwy4ldj ($)pic.twitter.com/ZQ4Kv5P9Ef
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Our first issue of 2020 is out! Read about how PigeonBot, a robot made of pigeon feathers and synthetic joints, helped scientists learn new things about
#bird flight. More to come in this Special Issue on Biohybrid#Robots: https://robotics.sciencemag.org/ pic.twitter.com/uKfJjS0wkz
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What is explainable
#AI, and why is it necessary? Read explanations from David Gunning from@DARPA and his colleagues in this Focus: https://fcld.ly/g1eu5fu ($)pic.twitter.com/16zl0iqN7B
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By uncovering more about what gives
#birds unparalleled control over flight, two new studies in Science#Robotics and@sciencemagazine pave the way to flying#robots that can maneuver the air as nimbly as birds: https://fcld.ly/z0mh5vn https://fcld.ly/2kram3s pic.twitter.com/FvTaAiSUHr -
Attending
@GordonConf this year? Don't forget to check out the#Smart#Materials, Fabrication and Biohybrid Systems for#Robotics section, headed by our editors. Interested in publishing with us? Submit your research to our upcoming special issue on smart materials:pic.twitter.com/K6YpCtc1Tp
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Calling papers for our upcoming special issues of 2020: smart materials,
#robot grasping and manipulation, deep learning, robotics in extreme environments, swarms, and robots in#neuroscience: https://www.sciencemag.org/journals/robotics/call-for-papers …pic.twitter.com/IChQ9Hwdcl
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Constructed with newly designed low-voltage
#robotic parts, a soft and untethered insect-sized#robot autonomously navigated its environment at efficient speeds without needing to carry heavy equipment. Designed by@EPFL scientists: https://fcld.ly/rt8gvqv pic.twitter.com/bZn0vLiRke -
A new
#AI tasked with opening pill bottles, designed by@UCLA scientists, could also explain its actions in multiple ways while it performed the task. Learn more about this study, funded by@DARPA's explainable AI program: https://fcld.ly/zdo33ax pic.twitter.com/hSGYEkJgXE -
Presenting December's new Special Issue on Explainable
#AI! Is the highest-performing#robot also the most trustworthy? What does#SciFi teach us about explainable AI? Read up on all this and more here: https://robotics.sciencemag.org/ pic.twitter.com/Fk4pGFIJkl
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