Well that's the begininng of my thought last night, as I watched some movie or other with (e:matthew). The films we use nowadays show 24 images within every second (used to be much less, that's why old films seem to flicker). So I asked myself what kind of boundary was this. Logic tells us that every second can be broken down into an infinite amount of intervals, thus an infinite amount of scenes or frames. Our photoresistors (the cones and rods in our eyes) are only able (programmed?) to recognize a certain number of images in every second. But, I thought there are other animals that would have to recognize more. Think of a humminbird or dragonfly whose wings are beating hundreds to thousands of times per second. Our eyes can barely catch one in full tilt, yet they glide effortlessly, avoiding obstacles and visiting barely visible nectar goblets.They must see faster, right? (e:Matthew) and I couldn't agree on the answer, so I looked it up.
If you look up Frame Rate


Apparently pigeons have been shown to have a higher threshold than humans (don't ask me which tests were used to determine this), and other mammals possess more rods and cones in their eyes than humans. All of which means it's entirely possible that the hummingbird is seeing much faster than we are.
Is seeing twice as fast like living twice as long? Think of all the stuff flying by right now that you're not even bothering to perceive. Your computer could have de- and re-materialized 97 times in the last second and you wouldn't have even noticed!