honey bees serve as inspiration for long-range autonomous flight in resource-constrained aerial robot navigation.
A neural radiance field-based reconstruction framework merging LiDAR and vision data achieves geometric accuracy.
A tactile-responsive gripper with an active palm enables adaptive grasping and dexterous manipulation of objects.
A noninvasive vibrotactile feedback system integrated with a knee prosthesis can improve perception, user experience, and gait.
The HoLoArm drone has flexible arms for impact resistance and can recover from collisions and maintain flight stability.
A soft robotics, self-guided intubation device is capable of fast and safe airway access with minimal user training.
Rich tactile embodiment enables robotic hands to perform grasping tasks with humanlike adaptability.
The use of emotional words and expressive voices in robots alters the attribution of agency and experience by humans.
A reconfigurable aerial robot enables inspection of subterranean environments accessible only through narrow boreholes.
Learning complex behaviors by humanoid robots could be achieved with natural interactions aided by large language models.
Somatosensory cortex stimulation enabled restoration of tactile feedback, permitting bionic hand users to discern objects.
Active solids composed of connected building blocks are capable of adaptive locomotion and deformation.
A smart suction cup uses haptics to supplement vision for exploration of objects in a grasping task.
Robots can be powerful tools to advance basic scientific discovery.
Implantable magnetic materials can be used for wireless neural stimulation and restoration of motor function.
A neuroprosthesis could decode two languages from the brain activity of a bilingual participant who was unable to articulate speech.
Dynamic hand movements could be detected in real time using machine learning and a smart textile glove.
Web-based strategy enables robots to communicate estimated locations among robot peers.
Autonomous robots adopt navigation-aided hierarchical reconstruction to visually map the seafloor.
