In the current era characterized by constant innovation, scientists have been at the forefront of introducing groundbreaking advancements. One such remarkable invention is a pacemaker that can partially replenish its own battery by harnessing the power of heartbeats.
Extensive reports reveal that the primary objective behind the development of this pacemaker lies in the generation of fresh electrical energy. Astonishingly, this device is capable of regenerating approximately 10 percent of the energy required to initiate another heartbeat.
Furthermore, it should be noted that this advanced pacemaker not only increases the longevity of its battery by an impressive 6 to 15 years when compared to a conventional pacemaker but also offers a unique feature. According to Dr. Babak Nazir, a distinguished associate professor of medicine at the esteemed University of Washington in Seattle, this remarkable pacemaker utilizes a groundbreaking mechanism where mechanical and electrical energy are interconnected and can be reciprocally exchanged.
This concept bears a resemblance to how ultrasound technology can transform electrical voltage into pressure or sound. Similarly, by harnessing this principle, it becomes possible to enhance the lifespan of implantable medical devices by converting the natural pressure generated by the heart into a lower-voltage energy source.