A new study reveals how brain circuits between the entorhinal cortex and hippocampus stabilize memories during learning.

The human brain’s ability to store and recall information remains one of science’s most intriguing areas of study. From remembering where we placed our keys to preserving precious moments with loved ...

Scientists now know that while we snooze, our brains help solidify the memories we made during the day. In this Special Feature, we investigate whether simple techniques might help improve memory ...

Even if, at first glance, it might not sound particularly fun. How does learning work? Encode, store, retrieve: Take it in, find a place for it, pull it out when you need it. If you can’t retrieve ...

The mysteries of how memory works are explained in a new book that suggests anyone can boost their powers of recall -- and that losing your keys is normal. The mysteries of how memory works are ...

Working memory is what allows humans to juggle different pieces of information in short-term scenarios, like making a mental grocery list and then going shopping or remembering and then dialing a ...

Frequent use of AI tools may reduce brain engagement and memory recall, creating “cognitive debt.” Mindful and balanced use ...

A good night's sleep is necessary for remembering facts, events, and for memory restoration. Intentional instructions can also play a vital role in memory consolidation. The underlying biological ...

Have you ever put your keys down and then completely forgotten where to find them? The brain has to work hard to protect information in your working memory from distractions. How this process works ...

How does learning work? Encode, store, retrieve: Take it in, find a place for it, pull it out when you need it. If you can’t retrieve information, you haven’t really learned it. So since we all learn ...