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neuroscience

Ozempic’s Hidden Trick: Hunger Neurons Might Be Helping You Lose Weight

GLP-1 drugs like Ozempic have become the most effective anti-obesity medications ever developed, producing sustained weight loss far beyond what older appetite suppressants could manage. But the exact reason they work so well, and keep working over the long term,... Continue Reading →

The Enzyme Trapped in a Vicious Circle: How ETH Zurich’s “Compound 10” Could Slow Alzheimer’s

Alzheimer's research moves at a punishing pace. Because the disease is age-related, scientists have to work with old mice, and each experiment can take a year and a half to two years before it even yields conclusions worth building on.... Continue Reading →

The Science of Why Yawning Is Contagious

You see someone yawn across the room. Ten seconds later, you're yawning too. It happens with strangers on the subway, with dogs watching their owners, even sometimes just from reading the word "yawn" enough times. Researchers have been trying to... Continue Reading →

One Trip, One Month Later: How a Single Dose of Psilocybin Reshapes the Human Brain

For decades, scientists have known that a single high dose of psilocybin — the psychoactive compound in "magic mushrooms", can leave people feeling better for weeks or months afterward. What they haven't been able to show is what changes in... Continue Reading →

Why Alzheimer’s Steals Sleep, And How Scientists Got It Back

Researchers found that it isn't amyloid plaques themselves keeping the Alzheimer's brain awake — it's the brain's own immune cells overreacting to them, like a sprinkler system flooding the whole house over a small kitchen fire.

The Hidden Skeleton Guarding Your Brain Cells, And What Happens When It Breaks

Every neuron in your brain is constantly drinking in its surroundings, pulling in nutrients, chemical signals, and bits of its own outer membrane in a process called endocytosis. It's how brain cells learn, remember, and stay maintained day to day.... Continue Reading →

Your Heart’s ‘Dimmer Switch’ Isn’t Symmetrical, And Exercise Rewires It Unevenly

A University of Bristol study found that aerobic exercise reshapes the stellate ganglia — the nerve clusters that help control heart rate — very differently on the left and right sides of the body, challenging the idea that exercise affects the nervous system symmetrically.

Why Do We Dream?

Every night, in a state the brain enters without being asked, we become the authors of experiences we did not choose and cannot fully control. We fly. We sit exams for subjects we never studied. We speak with people who... Continue Reading →

Does Music Change Memory?

Most of us already know music can bring old memories flooding back. A song from a particular summer, a wedding dance, a tune that played on a long drive: hear a few bars decades later and the moment returns almost... Continue Reading →

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