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Neuroscientists have finally come to the conclusion that time pbades very slowly when we are constantly bored.
Scientists believe that a region of the brain called the lateral nasal cortex (LEC) is responsible for recording events in a timely manner and creating miniature "time stamps" every time we do something.
LEC sends these signals to the neighboring hippocampus, where memories are stored.
If we do the same thing again and again, as if we were going to work every day, these timestamps were becoming so similar that they were getting confusing and hard to separate, giving us the feeling that time was pbading slowly.
In 2007, neurologist Albert Cao began studying the first brain ECL. Using test mice, Cao, who works at Stanford University, discovered that ECL neurons can record the pbadage of time.
Cao found that the electric waves of the neurons were more pronounced in rats in search of food.
However, when the mice ran into a continuous loop to find food, the "LEC" did not separate one flight from the other.
Mr. Cao thinks that when the timestamps of a continuous track are "very similar", the sequences are hard to separate.
The study suggested the idea that "LEC" measures time, such as "coding of continuous experimentation".
LEC is located next to the inner cortex, which, according to scientists, is responsible for locating our memories. They also believe that the neurons of the hippocampus depend on the entrances of the cortex and lateral medulla.
The researchers wrote in the article published in the journal Nature that this coding was not found in the medial internal cortex nor in the hippocampus.
However, other scientists question these results.
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