Stanford Psychiatry has received a grant to explore a novel idea: deliberately creating a 'biopsychological mismatch' during cognitive training for mild cognitive impairment (MCI) might make the training more effective at improving everyday functioning.
The research
Researchers at Stanford University School of Medicine, led by a team in the Department of Psychiatry and Behavioral Sciences, are launching a study funded by a recent grant. The project focuses on MCI, a condition where people have noticeable cognitive decline that isn't severe enough to interfere with daily life. The team will test whether inducing a specific type of 'mismatch'—likely meaning a deliberate discrepancy between what the brain expects and what the task provides—during cognitive training can boost 'transfer.' Transfer is the holy grail of brain training: the ability for improvements on a training task to carry over to untrained, real-world cognitive challenges.
While specific details of the protocol aren't yet public, the concept is rooted in the idea that the brain learns best when it's challenged just beyond its current comfort zone. By introducing a controlled mismatch, the training may push the brain to adapt more flexibly, potentially strengthening neural networks that support broad cognitive function. The Stanford team aims to measure both biological markers (like brain activity) and psychological responses (like motivation and engagement) to understand how this mismatch affects learning and transfer.
Why it matters
For anyone interested in keeping their mind sharp, this research could have big implications. Current brain training programs often show improvement on the trained tasks but little benefit for untrained abilities. If the 'mismatch' approach works, it could lead to more effective training programs that actually help people with MCI—and perhaps healthy adults too—think better in everyday life. It also highlights the importance of individualizing training: what's a 'good' challenge for one person might be too easy or too hard for another. The study's emphasis on biopsychological factors underlines that our emotions and brain states play a role in learning, not just the exercises themselves.
What you can do
You can apply this principle today: when brain-training, don't just repeat easy tasks. Push yourself to the edge of your ability, where you make mistakes but can still succeed with effort. This 'desirable difficulty' is similar to the mismatch Stanford plans to study. Try a harder puzzle than usual, learn a new skill, or switch up your routine to keep your brain adapting.
Source: Google News: IQ & cognition
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