Jonathan J. Nassi

The paper uses microendoscopic calcium imaging to study activity patterns of projection neurons in SMA and M1 of rhesus macaques during rest and arm movement.

The paper investigates how optogenetic stimulation reshuffles firing rates in mouse and monkey V1 by analyzing neuronal responses and developing theoretical models.

This paper demonstrates head-mounted microendoscopic calcium imaging in rhesus macaques, enabling long-term, high-resolution recording of neural activity during natural motor tasks.

The paper tests if low-frequency neural correlations impair perception by optogenetically inducing them in macaque V4 neurons, finding impaired sensory discrimination.