Mengya Zhang

The paper examines how CA1 reinstatement and novelty processing independently contribute to recognition memory using the Natural Scenes Dataset.

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

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 uses MEG data and Hidden Markov Modelling to analyze brain network dynamics in individuals with ZDHHC9-associated intellectual disability compared to controls, finding differences in resting state activation linked to gene expression.

The paper identifies two brain types based on white-matter microstructure in children and adolescents, showing distinct cognitive abilities and structural connectivity differences.