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Humans Hardwired for Coding, Finds Landmark Brain Study

Summary

  • Brain activity shows innate capacity for programming
  • Programming "recycles" logic areas of the brain
  • Coding skills may be developed through problem-solving
Humans Hardwired for Coding, Finds Landmark Brain Study

According to a groundbreaking study published on October 27, 2025, researchers at Johns Hopkins University have discovered that the human brain already possesses the neural foundations required to learn programming. The study, funded by the National Science Foundation, tracked the brain activity of college students before and after they took an introductory Python programming course.

The researchers found that even before the students learned to code, the same regions of their brain responsible for logical reasoning were activated when they read plain English descriptions of programming algorithms. After the course, these same brain areas represented the meaning of actual code. This suggests that the brain's capacity for programming is innate and can be "recycled" from our natural problem-solving abilities.

"What we found is that by the time you get to college your brain already has the neural foundations for programming," said senior author Marina Bedny, a cognitive neuroscientist at Johns Hopkins. "Learning to code uses the same neural machinery that we use for logical problem-solving. Everyone has these abilities."

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The findings indicate that with the right training and practice, such as engaging in puzzles, games, and critical thinking, people may be able to unlock their natural potential for programming, even if they initially feel intimidated by coding.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.

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The study found that the human brain already has the neural foundations needed to learn programming, even before taking a coding course.
The researchers used functional magnetic resonance imaging (fMRI) to track the brain activity of college students before and after they took an introductory Python programming course.
The findings indicate that engaging in logical problem-solving activities, such as puzzles, games, and critical thinking, may help prime the brain for future programming success.

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