Humans tend to anthropomorphize things: we give names to our pets, plushies, andeven carsand boats. For me, a pack of colored pens once served as all the X-Men during childhood playtime. Other times, we see things that aren’t really there, like faces in rocks or shapes of dogs in the clouds.We call the phenomenon ‘pareidolia,’ and it’s an interesting way our brains trick us into anthropomorphizing inanimate objects. Have you ever thought that the front of your car looks like a face? That’spareidolia. Want to see some crazy things people spotted and thought they looked like something else? Scroll away!Bored Pandawanted to understand pareidolia better, so, we reached out to researcherMark T. Hamilton. He’s a Ph.D. student at the MIT Computer Science & Artificial Intelligence Laboratory and has studied why we see faces in things. He kindly agreed to share his research insights with us, so, be sure to check them out below!This post may includeaffiliate links.
Humans tend to anthropomorphize things: we give names to our pets, plushies, andeven carsand boats. For me, a pack of colored pens once served as all the X-Men during childhood playtime. Other times, we see things that aren’t really there, like faces in rocks or shapes of dogs in the clouds.
We call the phenomenon ‘pareidolia,’ and it’s an interesting way our brains trick us into anthropomorphizing inanimate objects. Have you ever thought that the front of your car looks like a face? That’spareidolia. Want to see some crazy things people spotted and thought they looked like something else? Scroll away!
Bored Pandawanted to understand pareidolia better, so, we reached out to researcherMark T. Hamilton. He’s a Ph.D. student at the MIT Computer Science & Artificial Intelligence Laboratory and has studied why we see faces in things. He kindly agreed to share his research insights with us, so, be sure to check them out below!
This post may includeaffiliate links.
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If you have ever started seeing faces in clouds or were thinking that your teapot might be smiling at you, don’t worry, you’re not crazy. Pareidolia is common for a lot of us. Still, it’s interesting why our brains are seemingly wired to see faces everywhere: is it because we like to giveanthropomorphicqualities to everything?Researcher Mark Hamilton and his team completed theirresearch on pareidoliain 2024 and have some theories about why we tend to see eyes, noses, and mouths everywhere. The researchers think thatpareidoliais just our way of protecting ourselves.
If you have ever started seeing faces in clouds or were thinking that your teapot might be smiling at you, don’t worry, you’re not crazy. Pareidolia is common for a lot of us. Still, it’s interesting why our brains are seemingly wired to see faces everywhere: is it because we like to giveanthropomorphicqualities to everything?
Researcher Mark Hamilton and his team completed theirresearch on pareidoliain 2024 and have some theories about why we tend to see eyes, noses, and mouths everywhere. The researchers think thatpareidoliais just our way of protecting ourselves.
In a way, pareidolia is the result of our survival instinct. “Our research points to the fact that it might be because of the need to quickly parse and identify animal faces,” Hamilton told Bored Panda. “Possibly for things like avoiding predators and catching prey.“Interestingly, humans aren’t alone inseeing facesin places where there are none. “Other research that we reference in our paper shows even rhesus monkeys experience pareidolia,” Hamilton added. “Pareidolia happens very quickly in the brain, a sign that it’s a deep-rooted evolutionary artifact.”
In a way, pareidolia is the result of our survival instinct. “Our research points to the fact that it might be because of the need to quickly parse and identify animal faces,” Hamilton told Bored Panda. “Possibly for things like avoiding predators and catching prey.”
Interestingly, humans aren’t alone inseeing facesin places where there are none. “Other research that we reference in our paper shows even rhesus monkeys experience pareidolia,” Hamilton added. “Pareidolia happens very quickly in the brain, a sign that it’s a deep-rooted evolutionary artifact.”
In their research, Hamilton and his team first fed a state-of-the-art face detector images of human faces. They asked it to recognize faces in pareidolic images. The algorithm didn’t do so well, with only a 9% average precision. When the algorithm was trained on pareidolic images, on the other hand, it was way more precise and had a 36% AP.
“Our research specifically showed that algorithms trained on human faces alone didn’t see nearly as much pareidolia as algorithms trained on human and animal faces,” Hamilton says. Training the algorithm on animal faces made it recognize pareidolic images even better. Hamilton believes it’s because the algorithm generalized beyond just human facial features.
When the algorithm is trained on animal faces it starts thinking about faces more abstractly. “If you think about it, animal faces have a ton of different variants and colors, which might explain why we can see pareidolic faces that look nothing like human faces,” Hamilton explains.
Another interesting fact is that there are also gender differences in who sees more pareidolia. “Women see more pareidolia than men, and pareidolic faces tend to be perceived more often as male, both in our dataset and in the broader literature,” Mark T. Hamilton tells Bored Panda.
The thing that surprised Hamilton and his team most during their research was that pareidolia and detecting animals are linked in modern algorithms. “That’s not often connected,” he told us. “This helps make sense of a lot of the different pareidolia observations out there. Like its observation in monkeys, its fast response time, even perhaps its skew towards male faces (which one could argue are more correlated with predator traits like strong jaws, harder noses, etc).”
Hamilton’s team also had some fun during their research. Apparently, the algorithms are quite good at finding pareidolic doppelgängers for animals. It turns out that lions can look like pancakes, some seals look eerily similar to pears, and mice resemble melons! You can see the hilarious examplesright here!
The team also wrote down some equations that roughly predict when and where people might see pareidolia. Then, they verified them with human psychophysics studies. “The equation and studies show that there’s a “goldilocks” zone of “complexity” in a scene where faces are more likely to pop out,” Hamilton explains. You can see a graphic or what’s too much pareidolia and what’s too littlehere.”
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