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Prof. Maria Natasha Rajah explained that the moment our brain seems to shut down for a sec is actually a lapse in attention and/or absentmindedness at play.
“When we engage in planned motor behaviors we usually need to sustain our attention and also utilize cognitive control and executive functions that help us to prepare and behave in a strategic, organized manner,” she told Bored Panda.
“These functions are associated with the intact functioning of the frontal-thalamic-parietal system. However, when we are tired or distracted our attention can lapse and there is a resulting disorganization in the execution of a planned behavior.”
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Me: Thanks for calling comcast, home of the triple play, My name is lbaile200 how can I assist you today!?
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For those interested in what is responsible for our actions done on autopilot, the professor revealed that it’s mostly habitual behavior evoked by certain stimuli. “When your sustained attentional and cognitive control systems are compromised, you will behave in very bottom-up, perceptually driven and habitual ways; for example, you see the trash so whatever is in your hand (e.g. spoon) gets thrown in,” she explained.
She expanded on what parts of the brain are responsible for the brain freeze-like moments: “'Autopilot' is when you are engaged in highly learned habitual behaviors that are inflexible and stimulus-response mediated. This type of behavior has been linked to decreased involvement of prefrontal and parietal regions and are more related to engagement of the basal ganglia, brainstem and dopamine rich substantia nigra and ventral tegmental area.”
According to Prof. Rajah, the way to avoid such autopilot moments is “maintaining attention and being in the present moment and monitoring ongoing behaviors.”
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In mid sentence, he ripped a piece off and threw it at my face. He looked stunned when I didn't open my mouth and catch it (we have a dog)
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