A new study shows that the brain's visual system adapts to your goals, reshaping perception based on what you're trying to do ...

Our brain doesn't passively receive visual input—it actively orchestrates a symphony of neural oscillations to process the complex, dynamic scenes we see in everyday life.

Most SSMs can be broken down into two key components: inputs and integrators ( Bogacz et al., 2006 ). Inputs encode the drift rate – the rate of evidence accumulation – and integrators encode the ...

A Columbia University’s School of Engineering study in the US has shown that the brain’s visual regions play an active role in making sense of information, which could help build more adaptive ...

LMU researchers discovered that neural oscillations in visual circuits help process various image properties like brightness ...

A team of researchers from the Institute for Basic Science, Yonsei University, and the Max Planck Institute have developed a ...

A new study offers insight into what is happening in our brains when our working memory must use its limited resources to remember multiple things. Researchers found that two parts of the brain work ...

Researchers found that when remembering multiple items, the brain prioritizes the more important ones by allocating more ...

When navigating environments with changing rules, human brain circuits flexibly adapt how and where we retain information to help us achieve our immediate goals.

Spot the frog that’s not jumping in 5 seconds. A fun visual challenge that tests observation skills, spatial reasoning, and ...

Bigger is not better, according to Yann LeCun, Meta's chief AI scientist. Smarter AI requires different training methods, he ...

Meta's AI chief Yann LeCun slams the industry's obsession with bigger models, saying scaling alone won't deliver real ...