A computational model explains how place cells in the hippocampus can be recruited to form any kind of episodic memory, even when there's no spatial component.

An ancient brain circuit, which enables the eyes to reflexively rotate up as the body tilts down, tunes itself early in life as an animal develops, a new study finds. An ancient brain circuit ...

An ancient brain circuit, which enables the eyes to reflexively rotate up as the body tilts down, tunes itself early in life as an animal develops, a new study finds. Led by researchers at NYU ...

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CAMBRIDGE, MA -- Nearly 50 years ago, neuroscientists discovered cells within the brain’s hippocampus that ... entorhinal-hippocampal episodic memory circuit. It’s a foundation to build ...

NEW YORK, Jan. 2, 2025 /PRNewswire/ -- An ancient brain circuit, which enables the eyes to reflexively rotate up as the body tilts down, tunes itself early in life as an animal develops ...

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"This model is a first-draft model of the entorhinal-hippocampal episodic memory circuit. It's a foundation to build on to ...

As a zebrafish swims, it uses a brain circuit that turns any shifts in orientation sensed by the balance system into an instant counter-rotation of the eyes. The body rotates but the orientation ...

Progress towards achieving the UN Sustainable Development Goals has been slow. Leaders need Inner Development Goals to become ...