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 October issue of Science #Robotics is out! This month's cover highlights a #zebrafish-inspired robot that can replicate visually guided #optomotor responses to stabilize its position against river currents. Learn about this research and more: scim.ag/48ZzS2o
A new Science #Robotics study highlights a trajectory-based approach that enhances the agility of aerial cargo transportation by robots, which could inform future manipulation systems for search and rescue operations in challenging terrain. scim.ag/4nyAfVj
The innovative design of the EMG-Controlled Daily Assistant, comprising an electric wheelchair with a lightweight robotic arm and shared control between the user and #AI, led the pilot to victory at the Assistance Robot Race at the 2024 #Cybathlon. scim.ag/4oMM4IB
In a new Science #Robotics Focus article, research team BeAGain discusses the development of the whole-body robotic bicycle system that helped their pilot secure first place in the functional electrical stimulation bicycle race at the 2024 #Cybathlon. scim.ag/3LyIpzx
A new Science #Robotics Focus article describes the design of the Omnia bionic leg with semi-powered knee and ankle, which helped the Rehab Tech team clinch first place at the 2024 #Cybathlon leg #prosthesis race. scim.ag/3Jb1cjU
Scientists have developed a framework that can enable a team of cooperative #aerial robots to navigate tight spaces and obstacles at high speeds while carrying cable-suspended loads. Learn more in Science #Robotics: scim.ag/4nyAfVj
A new Science #Robotics study describes FIREFLI, an ingestible device that can detect inadequate blood supply in the intestines in pig models and relay its findings wirelessly to an external mobile phone for real-time diagnosis. scim.ag/3JnqSd1
Scientists have developed a magnetic, flat #microcatheter that can be carried by blood flow in arteries as small as 180 μm in diameter and then inflated to deliver targeted drugs, which could lead to treatments for #aneurysms and #stroke. scim.ag/3KXtAGG
A new Science #Robotics study highlights a #photoresponsive hydrogel soft lens that can autofocus between different planes and distinguish tiny details such as the hairs on an ant leg when integrated into a microscope. scim.ag/4hn0yw7
Scientists have designed a universal DNA origami platform with modular and reconfigurable #nanorobots that can process and respond to different stimuli. Learn more in Science #Robotics: scim.ag/47wHBUq
A #firefly-inspired ingestible capsule can emit and detect light within the intestines in preclinical models to facilitate diagnosis of mesenteric #ischemia, a life-threatening condition caused by insufficient blood flow to the intestines. scim.ag/3JnqSd1
A new Science #Robotics study highlights a magnetic #microcatheter and robotic steering system that can navigate extremely narrow and twisting arteries in pigs, which could inform future treatment options for humans. @PascalMosimann @mssakar scim.ag/3KXtAGG
Scientists have developed a #bioinspired soft lens that can adjust its focal length automatically in response to varying light levels, similar to a human eye. @ibbgatech Learn more in Science #Robotics: scim.ag/4hn0yw7
A new Science #Robotics study describes a display device that works by transforming pulses of light into heat, causing a captive gas within a chamber to expand and raise illuminated “pixels” on a surface. scim.ag/46SC6iO
A new Science #Robotics study demonstrates that a robotic #zebrafish with embodied sensorimotor circuits can reorient itself to counteract currents in a river, replicating the #optomotor response in real zebrafish. scim.ag/3J96s7n
Scientists have developed a high-resolution display that converts projected light into illuminated and raised dots, or “pixels”, forming static or rapidly moving patterns that can be seen and felt. @YonVisell Learn more in Science #Robotics: scim.ag/46SC6iO
Scientists have developed a realistic #zebrafish simulation that can replicate how real larval zebrafish maintain their body position in flowing water, providing insight into the circuits guiding adaptive #visuomotor behaviors. @BIOROB_EPFL scim.ag/3J96s7n
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
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