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You Can See Everything trailer: where the predicted brain response peaks
v2neuro, a brain-encoding model trained on fMRI recordings, predicts the cortical response to the You Can See Everything official trailer from A24, second by second. The strongest predicted response lands at 1:40, led by the color object system. This post walks the curve across the 2:28 runtime: where it opens high, where it peaks, and where it falls fastest. You can run the same reading on your own cut before you publish. First scan free, up to 60 seconds, no card: <a href="https://neuro-viral.com/?ref=blog_trend#upload">scan a video</a>.
What the scan shows
v2neuro predicts a group-average cortical response to a video, second by second, and reports which brain systems lead at each moment. It is a prediction about the clip, not a measurement of anyone watching. For this trailer the model works across a fixed 2:28 window.
You can run the same reading on your own video before you publish it. First scan free, up to 60 seconds, no card: <a href="https://neuro-viral.com/?ref=blog_trend#upload">scan a video</a>.
The curve opens high
In the first three seconds the predicted response already sits above the clip's own median. The curve opens high rather than easing in, and the rest of the 2:28 moves relative to that early level.
The peak lands at 1:40, in the color object system
The strongest predicted response lands at 1:40, led by the color object system, the one that handles color and form. That is the single highest point in the 2:28 runtime.
The line spoken around that moment is: I know what you're feeling. No... The quoted line and the peak fall on the same second.
Then the steepest fall, 1:44 to 1:47
Right after the peak, the curve drops. The steepest fall in predicted response runs from 1:44 to 1:47, the fastest decline anywhere in the clip.
So the shape of this stretch is a high point at 1:40 and then, within a few seconds, the sharpest drop. If you cut your own trailer, that is the pattern worth checking in your own scan: where the predicted response is highest, and how fast it comes down after.
What this does not say
v2neuro has not seen the trailer. It does not guess what is on screen or why the curve moves. It reports the predicted cortical response, which brain systems lead each second, and the line of dialogue that falls on the peak. That is the whole of it, a prediction about the clip and nothing about any real viewer.
To see the same reading on your own clip, scan it first. First scan free, up to 60 seconds, no card: <a href="https://neuro-viral.com/?ref=blog_trend#upload">start here</a>.
Frequently asked questions
Where does the predicted response peak in the You Can See Everything trailer?
The strongest predicted response lands at 1:40, led by the color object system, within the 2:28 runtime.
Where does the predicted response fall fastest?
The steepest fall in predicted response runs from 1:44 to 1:47, the fastest decline in the clip.
How does the trailer open?
In the first three seconds the predicted response sits above the clip's own median level, so the trailer opens higher than its own average.
What is v2neuro, and does it measure real viewers?
v2neuro is a brain-encoding model trained on fMRI recordings. It predicts a group-average cortical response to a video, second by second. It does not measure or read any viewer.
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See it on a real video Watch a live brain-response scan A real neuro-viral scan, the second-by-second attention curve and the moment it drops.See where your video loses attention
Paste any video and get a second-by-second brain-response map, free, before you publish.