Marco Tagliaferri

TIDE estimates individualised TMS intensity for non-motor targets by integrating RMT, electric-field modelling, and tractography to account for pathway-specific stimulation efficiency.

This study shows that stimulating the posterior part of the SFG-crown, associated with the Frontal Aslant Tract, affects internally-timed action execution regardless of the effector used.

This study uses TMS and tractography to show that the SFG and IFG have opposite roles in predictive/reactive strategies, mediated by the FAT.