Explore how cutting-edge robotics, high-intensity interval training, virtual reality, and biofeedback systems are transforming treadmill-based rehabilitation.
Discover how combining audio-visual feedback is creating more intuitive brain-controlled robots through synchronized sensory experiences.
Discover how a groundbreaking automated high-throughput neuronal stretch injury system is revolutionizing concussion research by revealing cellular-level mechanisms and potential treatments.
Explore how cognitive swarming enables robot teams to operate like biological brains using attractor dynamics and oscillatory computing.
Explore the fascinating world of neurorobotics - the intersection of neuroscience, AI, and robotics creating adaptive, intelligent machines.
Explore how biomimetic robotics is revolutionizing autonomous robots through biological inspiration, soft robotics, and swarm intelligence.
Exploring how embodied closed-loop systems are revolutionizing our understanding of intelligence in biology and robotics.
Discover how scientists are re-engineering robot-assisted rehabilitation to create smart machines that teach the brain and body how to move again after neurological injuries.