Edward H. Silson

The paper identifies a memory region paired with the newly discovered scene-perception area in superior parietal cortex, showing distinct connectivity patterns during memory tasks.

This study investigates category-selective visual imagery using EEG and fMRI fusion, finding distinct patterns in brain regions for people and places.

The paper investigates whether human medial parietal cortex (MPC) mirrors the categorical organization of ventral temporal cortex (VTC) during recall of people, places, and objects, finding no object-specific region in MPC but robust effects for people and places.

The paper investigates how opponent visuospatial coding in medial parietal cortex structures responses during memory recall and visual perception, finding that dissimilar pRF pairs show dissimilar responses across tasks.

This study examines how retinotopic biases and category selectivity interact in human occipitotemporal cortex using fMRI data from the same participants.

The paper shows retinotopic coding links perceptual and mnemonic brain areas through spatially-specific opponent responses during perception and recall.

This study evaluates ME-ICA denoising on task-based fMRI, finding it improves model fitting performance compared to single echo and optimal combination without ICA.

This study shows that visuomotor adaptation dynamically reorganizes spatial representation in the posterior parietal cortex while preserving early visual cortex representations.

The paper introduces an open-source Python tool for psychophysically mapping the human blind spot using Psychopy, validated in normally-sighted observers.

This study compares contralateral bias and face/scene selectivity in human occipitotemporal cortex using fMRI, finding distinct functional roles for lateral and ventral visual cortex.

This study maps word- and face-selective regions in human ventral temporal cortex using intracranial recordings and fMRI, revealing distinct temporal dynamics and spatial organization.

The paper investigates whether tactile responses in the visual cortex of a visually impaired individual are causally linked to tactile processing performance using TMS and fMRI.

The paper identifies three cortical areas in the human brain that selectively activate during recall of familiar real-world locations, forming a distinct functional network linking scene perception and spatial memory.

The paper demonstrates that the human hippocampus exhibits a contralateral visual field bias, extending retinotopic sensitivity beyond early visual cortex.

The paper applies theta-burst TMS to the lateral occipital cortex and observes reduced BOLD responses across multiple visual category-selective regions in ventral temporal cortex, with effects not limited to scene-selective areas or specific stimulation sites.

The paper identifies distinct subdivisions of human medial parietal cortex involved in memory recall of places and people using fMRI data.

This study examines how reward and punishment during skill training affect functional connectivity in the premotor cortex, showing task-specific changes in brain regions involved in learning.