Most involuntary distractions have a common characteristic: regardless of the circumstances, the person becomes temporarily indifferent to the work he is doing. all your band goes out for a while.

Scientists consider this involuntary distraction a hypothetical explains. According to this hypothesis, there is a network called DMN (Default Mode Network) in the human brain, and when this network interacts with all other parts of the brain, the person begins to wander uncontrollably. Let’s take a look at the details and more about this very interesting hypothesis.

The hypothesis is that the reason for the far dive is the activation of the awake rest mode.

When a person is indifferent or not fully focused on what is happening around them, the person’s brain goes into a state of awake rest. DMN This network, called this network, can also come into play when people think about their past or future and become introverted.

In other words, when you don’t fully focus on what you’re doing and give yourself away, this mode of the brain activates and subconsciously sends you to get out of the situation you’re in. Another name for this mode is the situation that occurs without a conscious choice. “Standard mode”. However, it should be noted that there is no positive correlation between the DMN and the brain’s attentional networks. For example, even if someone really cares about his job, it does not mean that he is giving serious attention to that work. So even someone who works hard and carefully can get distracted at times.

Some scientists explain the reason for this situation with the dissociation hypothesis.

According to scientists Jonathan W. Schooler and Jonathan Smallwood, when one detaches one’s attention from one’s surroundings, one becomes desensitized to external things. This depersonalization allows one’s students to become completely independent of the external environment, and thus pupils one shrinks and the other grows. This particular situation can make people look away and ask the question of who is distracting them so much.

Sources: Live Science, excellent proof