Daniel L. Gonzales

This paper introduces flexible microelectrode arrays for stable, repeated neural recordings in awake non-human primates, showing reduced single-unit drift compared to rigid electrodes.

The paper identifies a translaminar spacetime pattern in the sensory cortex that supports touch-evoked traveling waves through experimental and computational analysis.

The paper identifies a spontaneous sleep-like state in C. elegans induced by microfluidic confinement, regulated by satiety, thermosensation, and mechanosensation.

This paper introduces microfluidic devices for simultaneous electrical, chemical, and optical analysis of Hydra's neural activity and behavior.