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

Gut-brain axis modulation via targeted probiotic delivery systems

gut-brain axis probiotics neurogastroenterology microbial therapeutics targeted delivery

Through few-shot hypernetworks: Rapid adaptation of neural radiance fields for AR

hypernetworks neural radiance fields few-shot learning augmented reality 3D reconstruction

Employing soft robot control policies for minimally invasive surgical procedures

soft robotics surgical robots adaptive control minimally invasive biomedical engineering

Gut-brain axis modulation through epigenetic reprogramming of microbiome metabolites

gut-brain axis epigenetic reprogramming microbiome metabolites neurotransmitters neurological health

Fusing origami mathematics with soft robotics for adaptive medical devices

origami robotics soft robotics medical devices geometric algorithms surgical innovation

Via proprioceptive feedback loops in wearable exoskeleton rehabilitation devices

proprioception exoskeletons rehabilitation wearable tech neural feedback

Optimizing robotic control policies through advanced sim-to-real transfer techniques

sim-to-real transfer robotic control reinforcement learning adaptive policies domain randomization

Reversing stem cell exhaustion through femtoliter-volume precision delivery of growth factors

stem cell exhaustion femtoliter delivery growth factors regenerative medicine precision therapy

Leveraging multi-modal embodiment for next-generation human-robot interaction in healthcare settings

multi-modal embodiment human-robot interaction assistive robotics sensory integration healthcare technology

Through catastrophic forgetting mitigation in continual learning for autonomous robotics

catastrophic forgetting continual learning autonomous robotics neural networks adaptive systems

In femtoliter volumes for high-throughput single-cell metabolic profiling

femtoliter volumes single-cell analysis microfluidics metabolic profiling high-throughput

Employing neuromorphic computing architectures for real-time adaptive robotics control

neuromorphic engineering adaptive robotics spiking neural networks real-time control bio-inspired algorithms