Richard E. Daws

This study compares EPImix and conventional T1-weighted MRI scans for tissue volume estimation and brain-age prediction, finding similar results but a systematic age offset that can be corrected.

This paper evaluates rapid processing of multicontrast EPImix scans and shows that quantitative neuroimaging data can be obtained within minutes, enabling adaptive imaging protocols.

This paper investigates how task-switching predictability affects posterior default-mode network activation using fMRI, finding increased PCC/PrCC activity during predictable switches.

This study contrasts hierarchical and multiple-demand theories of frontal lobe function during task-switching using fMRI, finding no abstraction hierarchy in PFC but increased PFC activity with switch costs.

This paper investigates how human brain network resources are optimised during learning complex tasks using self-ordered switching fMRI paradigms, finding that structured behaviour with low algorithmic complexity improves performance.