Researchers from Johns Hopkins University reveal that a range of organisms, from microbes to humans, employ similar sensory-dependent movements to …
Latest in Robotics
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Artificial IntelligenceFrontiersRoboticsSciTech NewsTechnology
Could Automation Lead to Worker Complacency?
by Amir Husseinby Amir HusseinThis article explores the concept of ‘social loafing’ in human-robot collaborations. Researchers from the Technical University of Berlin investigate whether …
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Biomedical EngineeringProstheticsRoboticsSciTech NewsTechnology
Pioneering Advancements in Prosthetic Technology: Bionic Hand Integrates Seamlessly with User’s Neurological and Skeletal Frameworks
Advancements in bionic prosthetics have reached a new milestone with a Swedish woman receiving a highly integrated bionic hand that …
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AstronautInternational Space StationNASARoboticsSciTech NewsSpaceTechnology
NASA’s Honey Astrobee Robot Returns to Space
by Manuel Costaby Manuel CostaNASA’s Honey Astrobee Robot returns to the ISS, showcasing autonomous navigation and supporting STEM outreach.
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Artificial IntelligenceCSAILRoboticsSciTech NewsTechnologyTransportation
MIT’s “Air-Guardian”: An AI Copilot That Augments Human Accuracy for Safer Aviation
Air-Guardian, developed by MIT CSAIL, combines AI and eye-tracking technology to enhance aviation safety. The system harmonizes human and machine …
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ETH ZurichGeologyMoonRoboticsSciTech NewsTechnologyUniversities
Lunar Exploration Advanced by Coordinated Robotics: Swiss Team Prepares for Upcoming Missions
by Manuel Costaby Manuel CostaLunar Exploration Advanced by Coordinated Robotics delves into Swiss scientists’ cutting-edge approach to lunar surveying using a team of specialized …
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MoonNASARoboticsSciTech NewsSpaceTechnology
NASA’s “Game-Changing” Autonomous Mini Rovers Will Team Up To Explore the Moon
NASA’s CADRE project will send three autonomous mini rovers to the Moon for collaborative exploration, testing new technology for future …
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BionicsMuscleQueen Mary University Of LondonRoboticsSciTech NewsTechnology
Pioneering Progress: Cutting-Edge Electric Artificial Muscles with Self-Sensing Capabilities
Researchers at Queen Mary University develop self-sensing, variable-stiffness electric artificial muscles, advancing bionics and medical tech.
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Materials SciencePenn State UniversityPhysicsPolymersRoboticsSciTech NewsTechnologyUniversitiesUniversity Of Texas
Breakthrough in Soft Robotics: Ferroelectric Polymer Unleashes Artificial Muscles
Researchers develop a breakthrough ferroelectric polymer that converts electrical energy into mechanical strain, opening new possibilities in soft robotics and …
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RoboticsSciTech NewsTechnologyUniversity Of Bristol
Simple Sponge Enhances Robotic Handling Abilities
by Amir Husseinby Amir HusseinResearchers at the University of Bristol improve robotic handling with a simple, silicone sponge-based variable-stiffness device.
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