Qing Yu

This paper identifies a cortical hierarchical mechanism involving the IPS, V3AB, and EVC that supports subjective visual experience during working memory, showing impaired feedback in aphantasia.

This study identifies two distinct neural coding schemes for task prioritization during multitasking using fMRI data from human participants.

This study investigates how working memory generalization occurs across tasks in human parietal and frontal cortices using functional MRI experiments.

The paper investigates how stimulus representation in the frontal cortex supports flexible control in working memory using fMRI and simulations.

The paper shows that abstract goals in working memory are represented in a low-dimensional neural geometry that facilitates communication between frontal and posterior cortex.

The paper investigates neural signatures in EEG during working memory tasks, finding distinct roles for voltage and alpha-band activity in memory maintenance and manipulation.

The paper examines spatiotemporal dynamics of self-generated and cue-induced imagery using EEG and fMRI, revealing a reverse cortical hierarchy in their neural signatures.

The paper investigates how neural representations in visual and parietal cortex differentiate between imagined, perceived, and illusory experiences using fMRI and multivariate decoding.

The paper investigates how the parietal cortex strategically controls context binding in visual working memory through fMRI experiments and multivariate decoding.

The paper investigates how context binding affects nonspatial visual working memory by analyzing fMRI signals and behavioral performance during memory tasks.

The paper investigates how delay-period BOLD activity in frontal, parietal, and occipital cortex relates to attractor dynamics in visual working memory, finding that diffusion explains more variance in frontal and parietal activity, while drift explains more in occipital cortex.

The paper investigates how different priority states in visual working memory are represented in the brain using fMRI and multivariate encoding models, finding distinct coding patterns for attended and unattended memory items.

The paper uses fMRI and multivariate pattern analysis to show that the perceived path in the double-drift illusion is not represented in early visual areas but emerges in higher-order brain regions.