NeurosciencebioRxivPreprint
In-phase and anti-phase dual-site beta tACS differentially influence functional connectivity and motor inhibition
Tingting Zhu, Alexander Thomas Sack, Inge Leunissen
This study uses dual-site beta tACS to manipulate phase relationships between the rIFG and M1, showing that in-phase stimulation increases connectivity and improves inhibitory control, while anti-phase decreases connectivity and speeds go responses.
2 citations