📊Executive Summary

Researchers at MIT have developed a non-invasive pacemaker that utilizes focused ultrasound waves to regulate heart rhythms without surgical implants. This wearable device, designed as a sticker, sends controlled ultrasound pulses through the skin to stimulate heart cells, enhancing their responsiveness through genetic modification. The technology aims to reduce surgical risks and expand access to heart rhythm management. While still in development, it represents a significant advancement in medical device technology, potentially impacting the medical electronics supply chain by introducing new components and manufacturing processes....