[citation][nom]willard[/nom]Your eyes don't have a resolution, they just don't work like that. You could measure the number of rods/cones, but that's also pretty meaningless since they are not analogous to pixels. They're also not evenly distributed, with some areas containing literally none (around the optic nerve, that's your blind spot) and other areas having them tightly packed (which is why the center of your field of view has more detail than your peripherals).More critically than the inability to make an analogy between rod/cone count and resolution, your brain does not interpret the input in the way a pixel would be interpreted. Your brain does a great deal of smoothing and substitution to build the image you see. You've got gigantic blind spots in both your eyes that is much larger than the full moon. You don't notice because your brain interpolates what it thinks should be there to complete the image.[/citation]
the human eye does perceive images differently, but it can be quantified in pixels. The approximate resolution the human eye can perceive depends on visual accuracy --> the maximum distance between 2 dots (i.e. pixels) at witch (distance) an observer can distinguish between the two (points). This sums up @ about a maximum resolution of 20k by 20k (~7 million blue rods in the eye of witch ~50% are in use @ one time or another) pixels per eye, presuming it's in perfect health and has 20:20 vision.
TL😀R - human vision can be quantified in pixels/resolution but it's hard to determine exactly.