Zachary W. Davis

The paper shows that the divergence in excitability between intrinsic and evoked cortical activity in non-encoding populations better predicts visual detection performance than evoked response magnitude.

This study examines how propofol affects cortical traveling waves in the human brain, finding changes in wave speed, direction, and spectral structure during anesthesia.

The paper identifies neural traveling waves evoked by single-pulse brain stimulation using intracranial recordings and shows they propagate with biologically plausible velocities.

This paper describes a method for acute Neuropixels recordings in marmoset monkeys, enabling long-term, high-density neural recordings with minimal infection risk.

The paper identifies laminar boundaries in primate cortex using spike-phase coupling patterns, offering a rapid and reliable alternative to current-source density analysis.

The paper identifies spontaneous traveling cortical waves in awake primates and shows they predict perceptual sensitivity and sensory processing.