Jaakko O. Nieminen

This paper develops a digital interface for precise, brain-state-dependent TMS timing, achieving sub-millisecond accuracy in EEG-TMS synchronization.

This paper introduces a multi-channel TMS system for precise stimulus orientation control during ultra-high-field MRI in preclinical studies, enabling concurrent brain stimulation and imaging without compromising imaging quality.

This study investigates how pre-stimulus cortical oscillation phases affect TMS-evoked effective connectivity patterns using TMS-EEG in three subjects.

This paper develops an electronic TMS transducer for precise E-field orientation control and validates a model of neuronal excitability orientation selectivity.

The paper develops a multi-locus transcranial magnetic stimulation (mTMS) system that electronically controls the location and orientation of the electric field maximum in a cortical region.

This study investigates the trade-off between the number of coils and focality in multi-locus transcranial magnetic stimulation (mTMS) transducers, showing that wider cortical control is achievable with less focality.

This study develops individual head models for rats using X-ray tomography to estimate TMS-induced electric fields and shows that head shape deviations significantly affect E-field distribution.