Chris Camp

The paper identifies inflated effect sizes in functional neuroimaging studies and proposes a correction method to improve study planning and detection of brain effects.

The paper uses network control theory to show fetal brain controllability follows a U-shaped trajectory during pregnancy, co-developing with synaptic functions and synchronizing with maternal controllability changes.

The paper creates longitudinal normative growth curves of visual cortex function using VEP data from infants in three countries, showing generalizability across contexts and associations with early environmental factors.

The paper evaluates the statistical power of external validation in brain-phenotype predictions and finds that sample size impacts power and effect size inflation.

This paper introduces a method to remove task-like co-activation patterns from resting-state fMRI data, revealing individual differences and improving predictive modeling of brain-phenotype associations.

CAROT remaps connectomes between atlases without raw data, enabling reuse of processed data across different atlases.

This paper reviews reward processing as a cause and predictor of depression, identifies challenges, and finds reward processing abnormalities are not yet clinically predictive but may have causal roles.