Sanwang Wang

The paper examines lifespan changes in neural temporal dynamics using resting-state MEG data, finding distinct trajectories for cortical intrinsic timescales and alpha oscillations.

The paper links habitual sleep duration to brain network controllability, finding longer workday sleep is associated with higher somatomotor controllability and lower visual cortex controllability.

This study shows that the cortical hierarchy dynamically organizes large-scale neural propagation, with a periodic timescale and adaptation to behavior and aging.

This paper identifies data-driven spectral coordination modes in cortical dynamics, showing they are distinct from hierarchical gradients and reveal shared organizational patterns across scales.

The paper analyzes resting-state fMRI data from bipolar disorder patients across four episodes and healthy controls to identify shared and individual-specific neural patterns using edge-centric functional connectomes.

This study identifies altered neural timescales in adolescents with major depressive disorder, linking them to clinical symptoms and neurobiological mechanisms.

The paper examines age-related changes in multimodal connectivity within the default mode network using MRI and MEG data from adults aged 18 to 88.