But when will we see a motor powered by magneto-reluctance and capacitive diractance instead of the relative motions of conductors and fluxes? Seriously, thoug

But when will we see a motor powered by magneto-reluctance and capacitive diractance instead of the relative motions of conductors and fluxes? Seriously, though, this article is clear and well-written. I love it when I see people solve problems we didn't know we had. I'd figured we'd basically found the global optimum on electrical motors decades ago and were basically stuck there by physics now, with advances happening elsewhere in the powertrain. This development is like CPU vendors figuring out how to write 3x more single-core performance out of the same thermal budget after our own decade of stagnation in this area.