Alexander Hunold

This study shows that carbonized rubber electrodes in transcranial alternating current stimulation cause a measurable DC-offset, which can interfere with concurrent EEG recordings.

The paper evaluates how varying neck tissue conductivities affect phrenic nerve activation thresholds during non-invasive electrical stimulation using finite element models.

This study establishes an in vitro TIS setup using rat cortical neurons and astrocytes, showing that TIS elicits neuronal responses, which are reduced in co-cultures.