Julie D. Golomb

Img2EEG generates synthetic EEG responses to visual inputs, generalizing across stimuli and participants while preserving neural structure and enabling targeted interventions.

The paper investigates how saccades affect semantic category processing in naturalistic scenes, finding reduced accuracy and neural representation degradation shortly after saccades.

This study uses human EEG and artificial neural networks to disentangle neural representations of object real-world size, depth, and retinal size, revealing a processing timeline and stable higher-level representation of real-world size.

This study investigates how the human brain encodes 3D visual space by analyzing neural representations across time and brain regions using a multimodal dataset and computational methods.

The paper investigates how dynamic saccade context affects object-location binding, finding that it promotes spatiotopic binding rather than retinotopic binding.

This study uses EEG and machine learning to show how neural representations of object features and locations dynamically update during attention shifts.

This paper introduces an enhanced inverted encoding model (eIEM) for reconstructing perception, attention, and memory from neuroimaging data, showing improved reconstruction quality and brain-behavior correlations.

This study uses fMRI and an inverted encoding model to show that task-relevant features of attended objects are reliably reconstructed, while task-irrelevant features show weaker and less reliable reconstructions in visual and parietal cortex.

This study compares brain activity patterns of covert attention during fixation and across saccades using fMRI, finding that both retinotopic and spatiotopic attention across saccades show similarity to shifting attention.

This study investigates how saccades affect the brain's representation of 3D spatial locations using fMRI, finding that saccade blocks show greater tolerance to fixation position changes compared to no-saccade blocks.

This study investigates how nontarget objects affect target localization during saccades and fixation, finding they reduce error but also introduce bias.