This breakthrough in battery power could bring wearable tech, implanted medical devices, and humanoid robots to life.

Researchers created a stretchy battery that can take any shape. It could power next-generation wearables and other small tech ...

A new bioresorbable device small enough to be delivered by injection could be a breakthrough in temporary pacemaker ...

Instead of using near-field communication to supply power, the new pacemaker operates through the action of a galvanic cell, a simple battery that transforms chemical energy into electrical energy.

Instead of using near-field communication to supply power, the new, tiny pacemaker operates through the action of a galvanic cell, a type of simple battery that transforms chemical energy into ...

With the ability to stretch double its length and maintain performance, this toothpaste-textured battery could enable new applications as the world marches toward one trillion connected devices.

Instead of using near-field communication to supply power, the new pacemaker operates through the action of a galvanic cell, a simple battery that transforms chemical energy into electrical energy.

The Pacemakers Market is expected to grow at a rate of 3-4% by 2028. The key factors driving the market are the increasing ...