James David Weiland

This paper demonstrates a method for implanting wireless neural dust motes with subcellular-diameter electrodes into rat cortex with high success rates and minimal invasiveness.

The paper localizes neurons around subcellular-scale carbon fiber electrodes and shows their placement affects spike sorting reliability.

This study demonstrates that carbon fiber electrodes can record intracellular activity and stimulate neurons in intact nervous systems, offering a stable and scalable alternative to traditional methods.

This study predicts retinal implant users' phosphenes using a model simulating individual retinal ganglion axon pathways, accurately replicating percept shapes.

This study shows that auditory-visual interactions can be restored in blind individuals with retinal prostheses, even after decades of blindness, and that these interactions are influenced by age and prosthesis use duration.