Well, we have clues that it exists above the chemical layer, and above the cellular layer, since any individual person is capable of sensory processing at a fidelity measurable to auditory sample rates beyond tens of thousands of cycles per second, and visual frame rates above 30 before we notice flicker. That tells you that a continuous signal is captured and integrated across the organ (the brain) in real time.
> That tells you that a continuous signal is captured and integrated across the organ (the brain) in real time.
Not only does it not tell you any such thing but there is pretty good evidence that that is not what's happening. Look at the amount of data collected via the fovea during a single saccade and tell me one collects "frame" data in any way comparable to one's conception of what is happening in front of your body at that time.
You misinterpret my reference to "frame rate." And you're cherry picking.
In the sense that flicker is detectable, when we view a movie in a dark room, we know there are frames in a film reel, if the shutter speed of the projector mechanism operates below a certain frame rate, as an artifact of the media. I'm not claiming that any sort of digital recording occurs, only that the stream of sensory stimulation has a degree of fidelity.
That stream of stimulation affecting the chemical sensitivity of our eyes produces a continuous signal, and go ahead and try to tell anyone that a human brain cannot resolve the visual signal carried by the optic nerve. No one will argue with you but only because it's simply not a conversation worth having.
