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Why complex cells behave like simple cells
In a nutshell: A switch in how some brain cells respond to visual scenes is caused by changes in the whole network, rather than in the cells themselves. Read more
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Paying attention promotes surprise-based brain activity
In a nutshell: Populations of brain cells involved in managing surprise become more active with attention to visual stimuli. Read more
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Perception relies on integrating both new and old information
In a nutshell: New experimental techniques separating attention from expectation show how the brain integrates new sensory information with old information about previous events. Read more
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Taking the first census of cells in a primate brain
In a nutshell: Using a newly developed method, researchers have produced a more accurate record of the number and location of cells in the brain. Read more
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Expanding your mind
In a nutshell: Areas of the brain that have evolved to be much bigger in humans than in other primates act as communication hubs. Read more
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A newly discovered pathway in the brain helps us recognise fearful expressions
In a nutshell: Researchers have found a brain pathway that quickly transmits visual information, helping to settle a debate about its existence in humans. Read more
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When vision is affected by eye damage, the brain can create its own imagery
In a nutshell: A subset of people with age-related eye diseases develop hallucinations because their brains overreact to images in their peripheral vision. Read more
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Our attention can jump between visible and invisible objects
In a nutshell: The discovery that we can focus our attention on invisible things is helping us understand the relationship between attention and consciousness. Read more
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Could K-cells save your life?
In a nutshell: Our ability to respond quickly to imminent physical danger could be due to a small group of brain cells known as K-cells. Read more
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How hearing helps you see
In a nutshell: One-way connections between the parts of the brain involved in hearing and seeing help the brain to quickly react to new sensory information. Read more
