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The scientist explains why we have & visceral feelings & # 39;



Professor Digby Tatum of the University of Sheffield states that our brains have the biological equivalent of a Wi-Fi, which allows other people nearby to collect micro-signals, gathering more information about our personality and what & # 39; Communicate again

Interbrain

We have known for a time that language only partially explains our communication. Non-verbal cues are an important part of how we talk to others, and according to Tatum, a kind of "in-arms" is formed, with humans tuning in to each other's signals. We learn the look, the smell and even some chemical changes of other people. This, in turn, allows us to "see" beyond what people say and have visceral feelings about things like people being naive. It is a form of empathy.

"It's based on the direct connection between our brain and that of other people and between their brain and ours, I call this the interrebel."

Tatum, who studies autism, says that autistic people lack the ability to detect such signals, and therefore a large part of interpersonal communication is lost.

"People with autism have little or no connection between brains, they are often able to understand or learn what expressions mean, and yet that does not seem to solve the problem of lack of human connection."

But this explains more than visceral sensations, says Tatum. This explains why, for example, we find it difficult to maintain eye contact while traveling: the brain is simply overloaded with too much information that does not know how to interpret. This also explains why most people like to gather in large crowds, such as concerts or football matches: they are in tune with each other, resounding among the crowd. It is like having a sense of transcendence, experiencing spiritual empathy.

The phenomenon between brains could also be linked to negative actions. When people injure or kill others, their interregeneration dies down, they no longer perceive others as people.

Tatum also says that the Internet is interrupting these signals, and this could be causing people to find communication more cumbersome and become more introverted. A face-to-face meeting comes with gestures, sound, smell of sweat and possibly touch. All these are a form of communication that complements the verbal language; On the Internet, you're missing out on all that, making mutual understanding difficult.

Not only is it about what we see, smell also plays an important role in the process.

"The area of ​​the brain What is closest to the nose is the orbitofrontal cortex, it could be there because many of our most basic connections with other people are through smell," said Tatum.

The orbitofrontal cortex also plays an important role in the cognitive processing of decision making, supporting the idea that this is in some way connected to hunches.

So far, these findings have only been partially confirmed by peer-reviewed research.

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