Adam Steel

This paper shows that retinotopic coding mediates interactions between the Default Network and Dorsal Attention Network in the human brain, revealing a voxel-level architecture of visual field preference-based coupling.

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.

The paper investigates sensory reinstatement in category-selective visual cortex, finding that scene-selective areas show topographic separation between perception and memory, while other areas show classic reinstatement.

The paper identifies a bivalent retinotopic code in the human hippocampus using high-resolution fMRI, showing both positive and negative amplitude responses to visual stimuli.

This paper identifies place memory areas (PMAs) in the posterior cerebral cortex using fMRI datasets and shows their anatomical position relative to visual perception areas and brain networks.

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

This study uses VR and fMRI to show that memory of visuospatial context is represented in brain areas anterior to scene perception regions in high-level visual cortex.

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.

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.

This study examines how reward and punishment affect sequence learning when learning is intentional versus unintentional, finding that punishment improves performance only in unintentional learning.

The paper compares similarity judgments and fMRI responses in human visual cortex for naturalistic images, finding they reflect different visual properties and processing stages.

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.