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Predicting the severity of psychotic symptoms
In a nutshell: Rather than considering schizophrenia symptoms as present or absent, researchers are using machine learning to predict their severity on a continuous scale. Read more
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Injuries disrupt the brain’s distributed connectivity
In a nutshell: Damage to one hemisphere of the brain can lead to decreased connectivity across the brain, beyond the site of injury. Read more
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Haemoglobin levels affect the results of brain connectivity studies
In a nutshell: Natural variations in haemoglobin levels should be considered when using functional MRI to study brain connectivity. Read more
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Parenthood permanently changes the brain
In a nutshell: The experience of raising children is linked to life-long changes to the brain’s structure in mothers and fathers. Read more
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Better multitasking takes practice
In a nutshell: New research shows that multitasking involves more of the brain than previously thought, which might also explain why practice improves performance. Read more
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Evidence of a link between learning errors and psychotic-like experiences
In a nutshell: Poor predictive models may hinder the brain’s ability to perceive our environment correctly, potentially leading to psychotic-like experiences. Read more
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Attention and decision-making are closely related
In a nutshell: New research disproves a commonly held belief that attention and decision-making are two independent processes. Read more
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Beneath the Surface and Inside Out: exploring neuroscience through art
In a nutshell: Artworks combining textiles and neuroscience explore the connection – and the potential disconnect – between the brain’s internal and external worlds. Read more
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Dream Catcher: finding the link between brain and mind
In a nutshell: Conducting the Dream Catcher test for the first time suggests that we don’t understand electroencephalography (EEG) data enough to explain how our minds work. Read more
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The fractal properties of brain activity are part of a bigger picture
In a nutshell: In the primate visual system, fractal-like patterns of activity are found in brain cells that help to detect danger. Read more
