Ben M. Harvey

This study investigates how numerosity adaptation affects early visual responses, finding that adaptation to higher numerosities reduces the monotonic increase in fMRI response amplitudes across the visual hierarchy.

This study uses recurrent neural networks to simulate how monotonic and timing-tuned responses emerge and transform during visual timing prediction, showing similarities to brain processing.

This study investigates speed encoding in the human middle temporal cortex using 7T fMRI, showing two distinct encoding mechanisms in different neuronal groups.

The paper shows human early visual cortex responses increase with numerosity, following spatial frequency patterns rather than numerosity itself, with distinct neural processing in V1 and lateral occipital cortex.

The paper links age-related declines in visual perception to changes in retinal and cortical structure and function in healthy adults.

This study uses BOLD activity propagation analysis to show task-dependent changes in directed interactions and cortical excitability across human visual cortex.

The paper identifies six topographic numerosity maps in human association cortex using fMRI and neural modeling, suggesting a broad role for quantity processing in cognitive functions.