Geoffrey M. Ghose

The paper uses ultra-high field fMRI to study task-related top-down modulations in human visual areas across cortical layers, finding layer-specific patterns in V1 and FFA.

This study shows that selective attention reduces auditory cortex responses to attended frequencies in humans using high-resolution fMRI, contrasting with previous findings.

The paper develops a neural mass model that better reproduces physiological features of cortical alpha rhythms and their responses to visual and electrical stimulation.

This review evaluates the benefits of rapid temporal sampling in fMRI, showing it can reveal previously undetected neuro-temporal dynamics and improve spatial precision.

The paper evaluates the NORDIC method for reducing thermal noise in fMRI data, showing it improves sensitivity and preserves spatiotemporal precision without significant loss of temporal information.

This study uses ultra-high field fMRI to show that higher-level cortices modulate perceptual ambiguity and that the right inferior-temporal lobe encodes trial-by-trial variability in face perception.