Open access
Oct 2026
Kilohertz electrical stimulation drives widespread neuronal activation and temporal interference imposes focal rhythmic modulation
Temporal interference (TI) stimulation has attracted attention as a non-invasive approach that can target deep brain structures through interacting kilohertz-frequency electric fields. Its basic premise is that TI stimulation evokes neuronal responses through low-frequency amplitude modulation (AM), while the underlyin...
R. Yoshimoto, Matthew A. Stern, T. Eggers et al.
· bioRxiv · 0 citations