Bio-inspired and bio-integrated systems for medical and robotics

Enhancing deep brain stimulation precision with silicon photonics co-integration

deep brain stimulation silicon photonics neural modulation precision medicine bioelectronics

Optimizing axonal propagation delays for next-generation neural prosthetics

neural prosthetics axonal delays brain-machine interfaces signal optimization neuroengineering

Using affordance-based manipulation to enhance human-robot collaboration in assembly lines

affordance theory collaborative robotics industrial automation human-robot interaction task planning

Optimizing plasma membrane repair mechanisms to combat age-related cellular damage

plasma membrane repair cellular aging lipid bilayer therapeutic interventions membrane damage

Targeting protein misfolding in neurodegenerative diseases with CRISPR-based chaperone therapies

CRISPR protein aggregation neurodegenerative diseases molecular chaperones gene therapy

For robotic tactile intelligence using neuromorphic pressure-sensitive skin arrays

robotic skin neuromorphic computing tactile sensors spiking neural networks haptic feedback

With embodied active learning robots adapting to dynamic physical environments

robotics active learning embodied cognition adaptive control sensorimotor learning

Predictive motor coding across synaptic time delays in primate locomotion

motor control synaptic delay predictive coding locomotion neural latency

With human-in-the-loop adaptation: optimizing exoskeleton control via real-time neuromuscular feedback systems

exoskeletons human-in-the-loop neuromuscular feedback rehabilitation robotics biosignals

Bridging current and next-gen AI through neurosymbolic integration for robust decision-making

neurosymbolic AI hybrid systems decision-making knowledge representation machine learning

Projecting 2040 applications of morphological computation in soft robotics and prosthetics

morphological computation soft robotics prosthetics adaptive materials future applications

Bridging current and next-gen AI via proprioceptive feedback loops in robotics

proprioception hybrid AI adaptive robotics feedback loops machine learning