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

Enhancing robot dexterity through sim-to-real transfer for fragile object manipulation

reinforcement learning robotic grasping domain randomization tactile sensors industrial automation

Advancing brain-computer interfaces via plasma-enhanced atomic layer deposition for neural signal fidelity

brain-computer interfaces atomic layer deposition neural electrodes plasma enhancement biocompatibility

Sim-to-real transfer of robotic locomotion strategies across synaptic time delays

robotics synaptic delays neural control adaptive learning biomimetics

Using affordance-based manipulation to improve robotic adaptability in unstructured environments

affordance-based manipulation robotics unstructured environments adaptive control object interaction

Employing soft robot control policies for delicate underwater archaeology

soft robotics underwater archaeology adaptive control artifact preservation deep-sea exploration

Via multi-modal embodiment to improve human-robot collaboration in hazardous environments

multi-modal embodiment human-robot collaboration hazardous environments robotics sensory integration

Advancing photonic computing through silicon photonics co-integration with CMOS electronics

silicon photonics photonic computing CMOS integration optical interconnects neuromorphic engineering

Using microbiome rejuvenation to combat age-related immune system decline

microbiome rejuvenation immune system aging gut health probiotics geroscience

Using gate-all-around nanosheet transistors in femtoliter volumes

nanosheet transistors femtoliter tech bioelectronics cellular interfaces nanofabrication

Reengineering Renaissance-era automata for soft robotics and biomedical applications

historical engineering soft robotics biomedical devices automata mechanical design

Upgrading 1990s PCR technologies with microfluidic droplet automation

PCR modernization microfluidics droplet automation nucleic acid amplification lab-on-a-chip

Optimizing neural networks across axonal propagation delays with human-in-the-loop adaptation

axonal delays neural networks human-in-the-loop adaptive systems neuroinformatics