Quentin Uhl

The paper compares four gray matter biophysical models on a public dataset, finding consistent parameter estimates and highlighting trade-offs in model complexity and robustness.

This study evaluates the Standard Model of diffusion MRI in white matter by testing it on realistic numerical substrates, revealing how model estimates change under various biological conditions and noise levels.

This study compares diffusion MRI and magnetization transfer metrics in healthy human brain tissue to understand their relationships with microstructural features like myelination and cell membrane properties.

The paper estimates NEXI parameters in human cortex using a clinical MRI scanner and evaluates their repeatability and relationship to myelin water fraction.

This study compares gesture and text alarms, finding gesture alarms lead to faster and more accurate responses across different mental workload levels, supported by electrophysiological data.