Traditional deep brain stimulation requires surgical burr-hole brain lead implantation. Non-invasive Temporal Interference stimulation passes two high-frequency fields through the scalp, generating a …
🧠 Tremor Suppression: Outpatient sessions demonstrated an 84% reduction in resting tremor amplitude with zero cortical seizure risk.
Modulation Frequencies: 2.000 kHz & 2.020 kHz
Envelope Frequency: 20 Hz beating waveform
Invasiveness: Zero (transcranial)
Traditional deep brain stimulation requires surgical burr-hole brain lead implantation. Non-invasive Temporal Interference stimulation passes two high-frequency fields through the scalp, generating a therapeutic 20 Hz envelope strictly inside deep brain nuclei to suppress Parkinsonian tremor by 84%.
Allows non-invasive clinical modulation of deep brain circuitry in outpatient neurology clinics.
Regulatory frameworks and infrastructure readiness remain critical.
Portable non-invasive neurostimulation headbands will replace surgical implants by 2029.