Some tasks could be learned best when you're not really paying attention

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Photo by Magnet.me on Unsplash
Photo by Magnet.me on Unsplash

Letting your mind wander during a basic task may not worsen your performance and could even improve it, according to international research.  While some tasks require dedicated attention and focus, the researchers tested if this applied to more basic tasks by testing 37 people with a simple learning task that requires little attention to complete. The researchers monitored the participants' brainwaves during the task and asked them about their thoughts afterward to assess whether their mind had wandered. They say those who were paying less attention were no more likely to perform badly and in some cases, they actually performed better.

Media release

From: Society for Neuroscience

Letting your mind wander can sometimes improve learning

When performing a task that doesn’t require much attention, people who let their minds wander display sleep-like brain activity that is linked to better performance.  

When people let their minds wander during tasks that require attention and active thinking, it can hurt how well they learn and perform the tasks. But there are more passive kinds of learning that require less attention. Péter Simor, from Eötvös Loránd University, and colleagues explored how mind wandering influences learning in tasks requiring little attention.  

Nearly 40 study participants performed a simple learning task while the researchers recorded their brain activity. This simple task was used because participants could make predictions based off probabilities that they learned without awareness. Mind wandering while doing the task did not worsen performance, and in some cases even enhanced learning. Spontaneous mind wandering was more beneficial to learning than deliberate mind wandering. During mind wandering and improvements in task learning, oscillatory neural activity in the cortex, resembling the brain activity that occurs during sleep or sleep-like states, occurred. Thus, sleep-like neural activity linked to spontaneous mind wandering promotes learning in tasks that require minimal attention. “Most cognitive work looks at learning when you are fully engaged. But in real life we spend so much time passively learning! As our brain needs sleep, maybe we also need passive ways of learning, or ‘wakeful rest,’ to recover from tasks that require your brain to be online and engaged,” says Simor.

Journal/
conference:
JNeurosci
Organisation/s: ELTE Eötvös Loránd University, Hungary
Funder: This work was supported by the Chaire de Professeur Junior Program by INSERM and French National Grant Agency (ANR-22-CPJ1-0042-01); the National Brain Research Program project NAP2022-I-2/2022 (DN); Hungarian National Research, Development and Innovation Office Grant NKFI FK 142945 (PS); Janos Bolyai scholarship of the Hungarian Academy of Sciences (PS).
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