In 1897 Russian physiologist Ivan Pavlov proved that animals can be trained using associative learning—now, the same might be ...
A recent study published in Nature Neuroscience suggests that the brain learns to associate a specific signal with a reward ...
To control our behaviour, the brain must be able to form associations. This involves, for example, associating a neutral external stimulus with a consequence following the stimulus (e.g., the hotplate ...
More than a century ago, Pavlov trained his dog to associate the sound of a bell with food. Ever since, scientists assumed the dog learned this through repetition: The more times the dog heard the ...
The cerebellum, a region at the back of the brain under the cerebral cortex, has been found to support movement and muscle control, as well as memory, learning and other mental functions. Some ...
The ability to make the connection between an event and its consequences—experts use the term associative learning—is a crucial skill for adapting to the environment. It has a huge impact on our ...
Associative learning was always thought to be regulated by the cortex of the cerebellum, often referred to as the "little brain". However, new research from a collaboration between the Netherlands ...
More than a century ago, Pavlov trained his dog to associate the sound of a bell with food. Ever since, scientists assumed the dog learned this through repetition: The more times the dog heard the ...
Obesity leads to altered energy metabolism and reduced insulin sensitivity of cells. The so-called 'anti-obesity drugs' are increasingly used to treat obesity and have caused tremendous interest, ...
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