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Nature Sci Rep publishes incoherent AI slop. eLife publishes a paper which the reviewers didn't agree with, making all the comments and responses public with thoughtful commentary. One of these journals got delisted by Web of Science for quality concerns from not doing peer review. Guess which one?
6mo
It is typically thought that filling-in requires neuronal adaptation. When visual input weakens, we might no longer see boundaries between features. We tested this by measuring visual cortical excitability with rapid invisible frequency tagging (RIFT) in human MEG. [3/6]
1mo
1mo
Surprisingly, RIFT (aka excitability) increased! We think that, instead, neuronal *inhibition* decreased. This means visual input may actually remain strong, but circuit-level E/I balance is impaired. Interestingly: involuntary microsaccades delay filling-in by restoring this balance. [4/6]
But once the boundaries are lost, what process determines what we consciously see next? Our data suggest that the brain infers visual uniformity–causing the colors to blend–using cortical areas related to perceptual decision-making and motor control. [5/6]
1mo