Earlier quoted context omitted.
...and if you did, then you'd be on shaky ground. Extracting energy from the zero-point energy all around us no more violates conservation of energy than extracting energy from E=mc^2 does. And we can no more figure out how to do so than Einstein could figure out how to do so a century ago. Heck, simply finding an efficient way to store lots of energy that way would be a nice trick as well! We know of no reason why y…
> Extracting energy from the zero-point energy all around us Which can't be done because it's the zero point energy--i.e., it's the state with the lowest possible energy. If there were a lower energy state possible, we would be calling that the "zero-point". > We know of no reason why you can't beat any existing battery technology by many orders of magnitude! We know more than that: we know how to store orders of mag…
The Casimir force demonstrates that the zero point of vacuum can be ABOVE the zero point of the same space with a different arrangement of stuff in it. In other words the zero point energy is not necessarily the minimal configuration that can be achieved.
Thus the apparently trivial answer isn't necessarily correct.