Peter E. Konrad

This paper presents a functional atlas of the human central nervous system using high-resolution surface electrophysiology from 70 patients, revealing conserved electrophysiological patterns and enabling neuroprosthetic applications.

The paper uses human single neuron recordings to show that subthalamic nucleus and thalamus neurons modulate activity during vibrotactile stimulus detection, suggesting their role in consciousness.

This study characterizes overground gait biomechanics and muscle activation in Yucatan minipigs across different walking speeds.

This paper introduces a minimally invasive brain-computer interface platform using thin-film electrodes and demonstrates its feasibility for high-density neural recording and stimulation in preclinical and clinical settings.