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Neuroscience

From fluffy to valuable: How the brain recognises objects

To recognize a chair or a dog, our brain separates objects into their individual properties and then puts them back together. Until recently, it has remained unclear what these properties are. Scientists at the Max Planck ...

Neuroscience

What lies between grey and white in the brain

Traditionally, neuroscience regards the brain as being made up of two basic tissue types. Billions of neurons make up the gray matter, forming a thin layer on the brain's surface. These neuronal cells are interlinked in a ...

Radiology & Imaging

An ultrasonic projector for medicine

A chip-based technology that generates sound profiles with high resolution and intensity could create new options for ultrasound therapy, which would become more effective and easier. A team of researchers led by Peer Fischer ...

Neuroscience

Evolutionary and heritable axes shape our brain

The location of a country on the earth says a lot about its climate, its neighboring countries, and the resources that might be found there. The location therefore determines what kind of country you would expect to find ...

Neuroscience

Thicker nerve fibers enable faster reactions in mice

In order for organisms to react swiftly to stimuli in their environment, they need rapid and precise transmission of nerve impulses along neural extensions known as axons. Whereas some invertebrates have developed very thick ...

Diseases, Conditions, Syndromes

Flu may increase the spread of COVID-19

Scientists at the Max Planck Institute for Infection Biology in Berlin and the Institut Pasteur in Paris used a mathematical model to study the first months of the corona pandemic in Europe. They show that the decrease of ...

Psychology & Psychiatry

Be generous, live longer

The act of giving and receiving increases well-being: the recipient benefits directly from the gift, and the giver benefits indirectly through emotional satisfaction. A new study published in the journal PNAS now suggests ...

Neuroscience

Using personal frequency to control brain activity

Stroke, Parkinson's disease and depression—these medical illnesses have one thing in common: they are caused by changes in brain functions. For a long time, research has therefore been conducted into ways of influencing ...

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