Ultrasound burns away Parkinson: goodbye to tremors without a scalpel

Robert Goings, 68, arrived at Oregon Health & Science University in November 2025 with a hand that wouldn't stop shaking. After years of stiffness, cramps, and involuntary movements, he underwent a scalpel-free brain surgery: a single session of high-intensity focused ultrasound instantly eliminated the tremor in his hand.

Medical care with high-intensity focused ultrasound, a 68-year-old male patient reclining with a neuromodulation helmet on his head, a surgeon adjusting parameters on a touchscreen displaying converging acoustic waves in the brain, the patient's hand visibly ceasing to tremble during the procedure, minimalist operating room with cool blue lighting, cables and metal transducer support, cinematic photorealistic style, technical detail of the ultrasound beam represented as golden lines penetrating the skull, no visible text or numbers.

1,024 beams of sound against neuronal chaos 🧠

The procedure, known as high-intensity focused ultrasound (HIFU), uses 1,024 transducers that emit sound waves toward a precise point in the brain. These waves generate enough heat to destroy the problematic tissue without damaging surrounding areas. In Goings' case, doctors targeted a specific region of the thalamus responsible for the tremor. The operation, performed with the patient awake, allowed real-time verification of the tremor's disappearance.

And to think it was only used to see fetuses before 🤰

For decades, ultrasound was the king of sonograms for viewing unborn babies. Now, 1,024 beams of sound burn unruly neurons like popcorn in a microwave. The funny thing is that Robert Goings left surgery with a steady hand, but without being able to boast a 3D baby picture. Science advances, but ultrasound marketing lags behind.