Cognitive Neuroscience

Cognitive Neuroscience

An elderly woman sitting on a chair and talking on the phone.
Interventions can make the most difference when Alzheimer’s is detected early.
A woman in a wheelchair looking at a computer screen.
The brain implant lets her talk four times faster than the previous record.
Two spherical, yellowish biological structures are positioned side by side against a dark background.
7mins
This biologist built a living robot from frog cells — and it could hold the key to the future of regenerative medicine.
A high-fat diet might trigger inflammation of the hypothalamus.
A painting depicting sleep deprivation and a woman asleep at a table.
Bad news: Sleeping in on the weekends probably won't cut it.
A blue background with a man's face behind bars depicting depression.
It could explain why so many people don’t respond to common antidepressants.
A yellow brain drawing on a blue background, emphasizing speech.
The structure is fully developed in humans, partially developed in chimps, and completely absent in Old World monkeys.
A man with sunglasses and a hat on against a purple background.
Decades of Alzheimer's research might have missed a cellular culprit hiding in plain sight.
A pixelated image depicting the structure of a human brain.
A study involving nearly 2,000 people found links between personality traits and the likelihood of moving toward or away from dementia.
A man's head symbolizing consciousness with a red heart on it.
Our minds seem both physical and intangible. That paradox has gripped this neuroscientist since childhood.
an image of consciousness represented by a brain on a pink background.
Will we ever unravel the mystery of consciousness? Two academics made a 25-year bet on it. The scientist lost.
A wizard owl soars over an orange background.
The space‑specific neurons in the owl’s specialized auditory brain can do advanced math.
A man napping next to a horse in a painting.
Don't feel compelled to start a napping routine just yet.
A black silhouette with two overlapping human profiles facing opposite directions on a green background.
6mins
Your "social reality" isn’t an absolute reality. A leading neuroscientist explains why.
a photo of a [dog breed] on a pink background.
A dog's breed isn't as predictive of behavior as many think it is. Environment and upbringing play a much larger role.
A vintage photo portraying a woman engaged in predictive processing while studying a document.
Your expectations form the way you experience the world.
A pi symbol is shown on a white background representing real mathematical concepts.
Is mathematics woven into the very fabric of reality? Or is it merely a product of the human mind?
a black pug looking at a pie on a table.
Neuroscientists think a cluster of cells in the brain that stimulate appetite could be a target for eating disorder therapies.
A black t-shirt featuring a picture of a man and a woman, causing brain zaps.
Synchronized activity between the hippocampus, prefrontal cortex, and thalamus plays a role in memory consolidation.
a man standing in front of a blackboard with writing on it.
Walter Pitts rose from the streets to MIT, but couldn’t escape himself.
a drawing of a man's head with an eye inside of it.
Brain activity may be more like "ripples in a pond" rather than signals sent on a telecommunications network.
Black and white vintage illustration of a human brain viewed from the side, set against a solid light pink background.
7mins
Plato and Carl Sagan were wrong about the human brain, says a top neuroscientist.
a hand holding a tiny group of mushrooms.
2hr 9mins
Johns Hopkins professor Dr. Matthew Johnson answers 24 huge questions about psychedelics.
a woman with red hair and yellow glasses.
A new study from Finland suggests that we all process the behavior of others using the same neural networks.
Three illustrated human brains in a row on an orange background.
7mins
You’ve heard about your "lizard brain." But what about the other two?
John Templeton Foundation
A digital art image of a human made of small white blocks.
Brain-computer interfaces could enable people with locked-in syndrome and other conditions to "speak."