Neuroscience
Abie Cohen and
Neuroscience
Creativity and Disruption: Creativity is described as emerging from the disruption of these predictive models. When our expectations are challenged or disrupted, it can lead to new ways of thinking and innovative ideas.
Balance Between Order and Chaos: The balance between order (predictive models) and chaos (disruption) is crucial for fostering creativity. Too much order can stifle creativity, while too much chaos can lead to confusion and lack of direction.
Scientists have demonstrated that, as the years go by, much of what we think we remember is false. It seems our brains can't store every detail we experience, so we recall the gist of events — enough to create a story that makes sense to us. Every time we recall a story or tell it to others, we change small bits depending on whether our audience... See more
We change our memories each time we recall them, but that doesn’t mean we’re lying
Think You Have ADHD? • Readable Technologies
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The precuneus is involved in mental imagery concerning the self, episodic memory, and modeling other people’s views—all of which are main components of the DMN. Benedek and Jauk, psychologists specializing in research on creativity, note that “higher creativity is consistently associated with higher gray matter density in DMN regions, especially... See more
Joseph Carroll • Imagination, the Brain’s Default Mode Network, and Imaginative Verbal Artifacts
Learned helplessness, the failure to escape shock induced by uncontrollable aversive events, was discovered half a century ago. Seligman and Maier (1967) theorized that animals learned that outcomes were independent of their responses—that nothing they did mattered – and that this learning undermined trying to escape. The mechanism of learned... See more
Learned Helplessness at Fifty: Insights from Neuroscience
Improve Flexibility with Research-Supported Stretching Protocols
hubermanlab.comTheir finding is part of wider realization in the neuroscience community, that our brain does not simply react to what comes in through our senses. Instead, we have a predictive brain, that permanently predicts what comes next. The expected sensory input is then suppressed. We see the world from the inside out, rather than from the outside in.
Of... See more
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Neuroscience News • Brain Predicts Actions: Rethinking Perception in Social Interactions - Neuroscience News
How We Learn: Why Brains Learn Better Than Any Machine …
Stanislas Dehaene • 2 highlights
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