Declan P Rowley

The paper shows fixational eye movements in marmosets significantly contribute to neuronal variability and enhance spatial information in visual cortex.

This study demonstrates that systemic AAV delivery enables widespread calcium indicator expression in marmosets, allowing functional optical imaging of visual area MT at multiple scales.

The paper investigates running-correlated modulations in the peripheral visual cortex of marmosets, finding substantial positive effects in contrast to small suppressive effects in the foveal region.

The paper challenges the conventional view of mouse higher visual cortex by proposing a unified-V2 hypothesis and presents a dataset for testing alternative models.

The paper compares how running affects visual cortex activity in marmosets and mice, finding smaller and suppressive modulations in marmosets compared to mice.

The paper shows that adjacent visual areas in primates can have opposing field sign retinotopic maps within the same area, predicted by topographic continuity during development.