Michael D. Melnick

The paper shows that online tRNS improves visual processing under high external noise but not after stimulation, resembling effects of spatial attention.

This study shows that training-induced recovery in cortically-blind patients is linked to changes in perilesional V1 activity and receptive field enlargement.

This study shows that visual discrimination abilities are partially preserved in subacute occipital stroke and that training during this period leads to faster and more generalized recovery than in the chronic phase.

This paper shows that combining visual training with transcranial random noise stimulation (tRNS) significantly improves visual motion perception and leads to long-lasting effects in both healthy individuals and patients with chronic cortical blindness.