The change in the foundation—the reform—led to an unimagined and disruptive innovation.… Dr. Aris Thorne, head of research at VoltaDynamics, stared at the efficiency graphs for their latest lithium-ion (Li-ion) battery prototype. For five years, Aris’s team had been the industry leader, squeezing every last milliamp-hour per gram (mAh/g) out of the established graphite anode and lithium cobalt oxide (LiCoO_2) cathode system. They had perfected the liquid organic electrolyte—making it safer, lighter, and more conductive. “We’ve hit the wall, people,” Aris announced, echoing the text’s premise. “Prototype VDC-22 gave us a specific energy density of 300\ Wh/kg. That’s a fractional gain of 0.5% over last quarter. We’ve optimized the electrode porosity, refined the binder material, and even micro-engineered the separator. This is conventional method territory; further partial or superficial improvements are mathematically futile.” The tr...