Sebastian A. Markett

This paper adapts network control theory to model spatially diffuse input signals in the human brain, showing reduced energy for state transitions and matching existing neurobiological maps.

This study challenges the idea that the rich club controls brain dynamics, showing low-degree regions are more effective in controlling the human connectome across various brain states and parameters.

This study identifies a shared genetic factor underlying brain age gaps across 30 cohorts, finding 19 SNPs and associations with health traits.

This study investigates rich club alterations in Alzheimer's Disease and Mild Cognitive Impairment using multimodal imaging, finding accelerated gray matter atrophy and increased amyloid deposition in rich club regions.

The paper investigates the cortical, genetic, and molecular dissociation of three attention networks using multimodal neuroimaging and finds that gene expression co-varies with activation maps but neurotransmitter receptor distributions do not align with the networks.

This study identifies 25 genetic loci associated with brain age gap and links them to mental and physical health traits using genome-wide data from UK Biobank.

The paper examines how rich club organization in structural brain networks develops across the lifespan, finding it remains stable despite overall connectivity decline.

The paper maps attention networks to intrinsic brain networks using high-resolution fMRI data and finds that attention domains recruit multiple overlapping intrinsic networks.

This study investigates the relationship between Big Five personality traits and CNS arousal in the resting state using a large sample from the LIFE-Adult cohort.