If you’ve ever wondered what your cat actually thinks you are, not emotionally, but visually, this resurfaced experiment might give you the weirdest answer possible.
Apparently, you’re just another cat. Kind of.
A viral clip making the rounds again comes from a 1999 UC Berkeley study where researchers Yang Dan and Jack Gallant did something that still feels way ahead of its time. They recorded signals from a cat’s brain while it was watching videos, then used that data to reconstruct what the cat was actually seeing.
Not what it should be seeing. What it actually sees.
And the results are…unsettling.
The video shows normal footage, like a clear image of a human face, and then flips to the cat’s version. The reconstructed image is blurry, distorted, and warped in a way that makes the human face look less like a person and more like some vague, cat-shaped creature.
Everything is softened, stretched, and stripped of fine detail. The features are there, but they’re processed in a way that looks way more “cat-like” than human.
Which is where the internet has latched on, because it kind of answers a question nobody realized they needed answered.
Cats might not actually see us as humans at all.
Instead, based on how their visual system processes faces and shapes, we probably register to them as just another version of something familiar, another animal, another “cat” in their world, just bigger, weirder, and slightly off.
And it actually makes sense.
The part of the brain they were studying, the lateral geniculate nucleus, is responsible for early visual processing. It’s not about recognizing “this is a human named Steve,” it’s about shapes, movement, and basic structure. Cats aren’t wired to pick up on the fine facial details that we use to tell each other apart.
So when they look at us, they’re not seeing a clean, high-definition human face. They’re seeing a simplified, low-resolution version that gets filtered through their own species-specific wiring.
Translation, you’re basically a strange-looking cat with questionable proportions.
The experiment itself was groundbreaking. Using recordings from 177 neurons, the researchers were able to rebuild fuzzy black-and-white “movies” of the cat’s vision. It wasn’t perfect, not even close, but it proved something huge, that you could take brain activity and turn it back into images.
This was early proof-of-concept for the kind of brain decoding tech that exists today.
But let’s be honest, nobody watching this clip now is thinking about the long-term implications of neuroscience.
They’re thinking about the fact that their cat has probably been looking at them this whole time like, “Yeah, that’s just a big, weird cat who pays rent.”
