Forget Ritalin and Cramming: Molecular Pathways in the Brain May Reveal the Best Learning Strategies

A computer has modeled the most efficient form of learning, that is, if you're a sea slug running from a lobsters. Scientists hope it might eventually work for a human studying for a calculus midterm















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For their part, Byrne and company will now use these same techniques to try to optimize other aspects of the memory formation process in sea slugs. If that proves successful, they may eventually move on to humans. Motor skills would probably be the first target—throwing a baseball, doing the high jump, or helping a stroke victim to walk again. Science homework will have to wait. Researchers know more about the brain circuits in the cerebellum, involved with movement, than in the hippocampus, a locus for initiating the type of factual memories needed for organic chemistry.

Better ways to learn based on brain science would have enormous ramifications for educational practices. "It's not going to be an easy direction to follow because it means a lot of painstaking and detailed work to understand the biochemistry of learning," Byrne says. "But I think what it demonstrates is that if you have that information you may be able to make some big advancements in improving learning abilities by being in sync with the underlying molecular dynamics. Rather than taking cognitive enhancement drugs, you could have better training procedures."

Get out the stopwatch and stash the pill bottle.

 

Image Source: John Byrne



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  1. 1. Cazimi 08:31 PM 1/5/12

    For a current application of interval learning at the human level, check out 'supermemo' in wikipedia.

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  2. 2. Didonai 10:29 PM 1/5/12

    Are we to believe he now qualifies for a Nobel Prize for reminding us of the value of anxiety in the learning retention process? Give me a break! Even the slug said, "DUH!"

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  3. 3. Didonai 10:33 PM 1/5/12

    In my opinion, the best boost to learning is the technology used by DOD in training by drone operators
    as they receive mild EEG stimulation to the brain during training sessions. This mild electric current calibrated to normal EEG patterns stimulates neuronal interaction during the learning sequence greatly enhancing retention and extending information acquisition. Human performance testing has proven the validity of this method of enhanced learning.

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  4. 4. JustLooking in reply to Didonai 11:41 AM 1/6/12

    Wow! You need to post some links. I've read some things but, I'd love it if you had links for me to read more.

    Reply | Report Abuse | Link to this
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