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Memory

·October 21, 2025·4 min read

What Makes Certain Memories Impossible to Forget?

Scientists are asking the public to share their most vivid memories to uncover why some moments feel as fresh as the day they happened. The project blends cognitive neuroscience with literature, examining how vivid memories are experienced, evolve with age, and even differ across centuries.

This shows a brain and a castle in the clouds.

Featured Neuroscience

·October 20, 2025·4 min read

How the Brain Learns New Facts About Imaginary Worlds

Learning new information about the world—like details from a fantasy realm—engages brain regions distinct from those used to recall personal experiences. In a new study, participants learned fictional facts about imaginary civilizations and were later tested on what they remembered.

Featured Neuroscience

·October 20, 2025·4 min read

How Storytelling Style Shapes the Way the Brain Forms Memories

The way an event is described—through feelings or sensory detail—changes how the brain stores and recalls it. In this study, participants listened to stories that emphasized either conceptual details (thoughts and emotions) or perceptual details (sights and sounds).

Featured Neuroscience Visual Neuroscience

·October 20, 2025·7 min read

Theta Brain Waves Act Like Radar to Boost Visual Working Memory

New research shows that the brain’s ability to detect subtle visual changes—like spotting an anomaly on a security monitor—depends on theta-frequency brain waves (3–6 Hz) that rhythmically sweep across the cortex. These traveling waves act like a radar, scanning different parts of the visual field and influencing when and where attention peaks.

This shows a teenager wearing headphones.

Featured Neuroscience Psychology

·October 17, 2025·7 min read

Why Teenage Songs Define Us: The Science of Musical Memory

A global study reveals that our most emotionally resonant music tends to come from our teenage years—typically peaking around age 17. This “reminiscence bump” marks the period when our developing brains most strongly imprint musical memories that help form identity.

Featured Genetics Neuroscience

·October 15, 2025·6 min read

Astrocytes, Not Neurons, Hold the Key to Emotional Memory

New research reveals that astrocytes — not neurons — are responsible for stabilizing emotional memories by re-engaging during recall. After an emotionally intense event, such as fear, specific astrocytes become biologically tagged with adrenoreceptors, making them responsive when the memory is later reactivated.

This shows a woman looking into a mirror. A child's face reflects back.

Featured Neuroscience

·October 9, 2025·6 min read

Childlike Face Illusion Helps Adults Recall Forgotten Memories

A groundbreaking study has found that adults can recall more detailed childhood memories after briefly perceiving themselves with a childlike version of their own face. Using a virtual “enfacement illusion,” participants saw a live, altered image of their face resembling how they looked as children, creating a temporary sense of embodying their younger selves.

Featured Neuroscience Psychology

·October 7, 2025·7 min read

What You Choose to Remember Shapes Memory More Than Emotion

A new study reveals that intentional memory control—deciding what to remember or forget—is more powerful than emotional influence when forming long-term memories. Participants were more likely to recall words they were told to remember than those carrying emotional weight, even though emotion sometimes strengthened recall or caused false memories.

Featured Neuroscience Psychology

·October 5, 2025·8 min read

Do You Get Déjà Vu? Memory Glitches Make Time Feel Repeated

Déjà vu—the eerie feeling that a new moment has happened before—has puzzled scientists and philosophers for centuries. Neuroscientists now believe it’s a normal brain glitch tied to how memory and perception interact.

This shows people walking with album covers and sound waves in the background.

Featured Neuroscience Neuroscience Videos Psychology

·October 5, 2025·6 min read

How Growing Up Changes the Way We Hear, and Feel, Music

Our music preferences evolve across life — from youthful exploration to nostalgic reflection. A large-scale analysis of 40,000 users’ streaming data over 15 years revealed that young listeners engage broadly with new and popular music, while adults settle into more personal and emotionally rooted tastes.

Featured Neuroscience

·October 3, 2025·9 min read

How the Brain’s GPS System Falters With Age

Spatial memory — the ability to recall “where” — is one of the first cognitive skills to decline in aging and a hallmark of dementia. Researchers found that in older mice, grid cells in the medial entorhinal cortex, which act like the brain’s GPS, became unstable and less precise.

Featured Neuroscience

·September 24, 2025·6 min read

Emotional Events Rescue Weak Memories, Making Them Last Longer

A new study reveals that emotionally charged or surprising events can retroactively and proactively rescue weak memories, ensuring they persist. The brain doesn’t just preserve the striking moment itself, but also mundane experiences connected to it, depending on timing and similarity.

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Memory

What Makes Certain Memories Impossible to Forget?

How the Brain Learns New Facts About Imaginary Worlds

How Storytelling Style Shapes the Way the Brain Forms Memories

Theta Brain Waves Act Like Radar to Boost Visual Working Memory

Why Teenage Songs Define Us: The Science of Musical Memory

Astrocytes, Not Neurons, Hold the Key to Emotional Memory

Childlike Face Illusion Helps Adults Recall Forgotten Memories

What You Choose to Remember Shapes Memory More Than Emotion

Do You Get Déjà Vu? Memory Glitches Make Time Feel Repeated

How Growing Up Changes the Way We Hear, and Feel, Music

How the Brain’s GPS System Falters With Age

Emotional Events Rescue Weak Memories, Making Them Last Longer

Exhaustion Loophole: How Sleep Deprivation Compromises Justice

Why Millions Are Turning to ChatGPT for Mental Health

How the Brain Compensates for Sickle Cell Disease

Why Learning Makes Brain Cells Work Together, Not Apart

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