Timothy F. Brady

The paper compares a 2D Gabor-wavelet model with a 3D surface model in scene-responsive brain areas and finds the 2D model better fits voxel responses.

The paper shows that remembering colors as part of real-world objects improves visual working memory performance and is associated with increased neural engagement and stability.

This study uses a betting game to show that visual working memory representations are probabilistic and contain more information than single responses.

The paper shows that visual memory and perception are based on a non-linear similarity representation rather than linear stimulus space scaling, challenging existing models of working memory.

The paper shows that processing ambiguous images as meaningful (e.g., faces) predicts better memory, using EEG to identify this effect.

The paper shows that visual long-term memory can reduce the need for active working memory maintenance without affecting performance, but working memory is still used under perceptual interference.