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Sorry, I'm pretty tired, but I fail to see the relation to this article, how does that example apply? I thought that was more of a case of a human's facial rec
by bserge 6y ago
Sorry, I'm pretty tired, but I fail to see the relation to this article, how does that example apply?
I thought that was more of a case of a human's facial recognition being a special function, and we're not able to process two or more people's faces at the same time. Like, see the details in them, recognize that it's their face.
You're either looking at one person, or the other, but if you try to look at both of them at the same time, they become "blurry", unrecognizable, even though you remember all the other information about them both.
But that's not related to memory integrity and new emotions/sensations?
- ordu 6y agoIt is a work of human visual perception at work. Somehow you mind chooses how to interpret sensations from a retina, and shows you one of women. Then you mind chooses to switch interpretations and you see the other one. Both interpretation are somewhere in memory. So it may be connected with this research. Like with those chords in a research. Mice hear one chord, and by association from memory it expects other chord. But instead it hears some third chord. Expected and unexpected chords have perpendicular representation, if I understood correctly. Here you see a picture, and expects one interpretation or other. You have memory of both, but you get just one. Possibly it doesn't apply, I do not know. I'm trying to understand it. The obvious step is to make a prediction from a theory, should interpretations oscillate, if it has something to do with perpendicularity of representation in neurons? When I hear another chord instead of a predicted one, do prediction and sensations oscillate? I'm not quick enough to judge based on a subjective experience.