A context-driven memory model simulates a wide range of characteristics of waking and sleeping hippocampal replay, providing a new account of how and why replay occurs.

It's obvious to most people as soon as they set foot in a place they know well—like their childhood bedroom or a former ...

Neuroscience research shows handwriting activates more brain regions than typing, improving memory retention, learning depth ...

Have you ever noticed how certain lines from a textbook linger in your mind long after you’ve shut it, while others vanish ...

Flipping ferroelectric polarization reverses bimeron topology in a two-dimensional magnet, allowing voltage pulses alone to ...

I once thought I was taking a shortcut using a phone app to organise my life, but I was wrong. Boomers have cracked the code ...

“The representation is gradually going to accumulate some noise. As a result, when you see an image or a sentence for a ...

The Barnes Foundation offers a comprehensive yet non-chronological overview of his oeuvre, inviting visitors to explore the ...

Behind the hype is a newly surfaced Tesla patent that sheds light on how the company is rethinking the most fundamental ...

Updated guidance on vascular cognitive impairment emphasizes executive function and processing speed, endorses brief, ...

While most people over 65 rely on countless reminders and notes to get through their day, those who can effortlessly manage ...

NVIDIA has updated its RTX Neural Texture Compression SDK for game developers, and it can dramatically reduce the VRAM ...