Er, how about a really bad example? Let's say aiki is a custom built, very powerful, high horsepower engine. Let's say you want to use that engine in a car. So, you have a car frame made of plastic. Would it do any good to put that engine on that frame? How about a normal steel frame from a basic car? Now, what if you take that normal frame and add more structural stability to it so that it can handle the torque and stress of that engine? You rebuild the structural integrity of that frame to handle more power and stress?

So, basically if your world consists of plastic frames, you're in a silly world. Seriously, though, if you're in a world of normal frames, then you twist and collapse under torque, pressure, and stress. And it'd be hard to grasp the concept that you could withstand much greater amounts, especially when most of the rest of the world is normal frame vehicles.

But, if you rebuild your structure for that kind of environment, then you can withstand and generate a lot more. You have a few McClaren F-1s among hundreds of millions of normal cars. It's only when a normal car actually experiences the interaction with a McClaren that the normal car realizes there is more to the functionality of a car.

Or the short answer is Jonathan Livingston Seagull.