Human navigation turns out to be less like following a static map and more like tuning a control knob inside the brain. New imaging work suggests that deep in the hippocampus, a seahorse-shaped ...
A study in fruit flies reveals how the brain's compass and steering regions make course corrections. Our sense of direction is essential to our ability to navigate the world around us. It acts as the ...
It acts as the brain's internal compass to help us find our way and, just as importantly, to prompt us to change course when we're heading in the wrong direction. Yet despite a large body of research ...
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Fascinating new neuroscience model predicts intelligence by mapping the brain’s internal clocks
A new study suggests that the brain processes information with high efficiency by synchronizing the physical wiring of neural networks with the varying speeds of local brain activity. Published in ...
A new study in fruit flies reveals how the brain’s internal compass and steering regions work together. These brain regions are connected by neurons that help flies make course corrections in real ...
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