This Article is From Sep 20, 2018

Study: Human Brains Are Naturally Attracted To Laziness

Participants were generally faster at moving toward active pictures and away from lazy pictures, but brain-activity readouts called electroencephalograms showed that doing the latter required their brains to work harder.

Study: Human Brains Are Naturally Attracted To Laziness

Our brain is innately attracted to sedentary behaviours.

Highlights

  • Our brain is innately attracted to sedentary behaviours
  • The question is whether people's brains can be re-trained or not
  • People are faster at avoiding sedentary behaviours

Some people are often called lazy, because of their brains, say researchers who found that our brain is innately attracted to sedentary behaviours. The findings, led by researchers from the University of British Columbia (UBC) in Canada, suggest that our brains may simply be wired to prefer lying on the couch and that human brains work harder to pick physical activity over relaxation. "We knew from previous studies that people are faster at avoiding sedentary behaviours and moving towards active behaviours," said Matthieu Boisgontier, a postdoctoral researcher at UBC.

"The exciting novelty of our study is that it shows this faster avoidance of physical inactivity comes at a cost -- and that is an increased involvement of brain resources. These results suggest that our brain is innately attracted to sedentary behaviours," Boisgontier said.

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Participants were generally faster at moving toward active pictures and away from lazy pictures
Photo Credit: iStock

For the study, published in the journal Neuropsychologia, the team recruited young adults, and made them sit in front of a computer, and gave them control of an on-screen avatar.

They then flashed small images, one a time, that depicted either physical activity or physical inactivity. Subjects had to move the avatar as quickly as possible towards the pictures of physical activity and away from the pictures of physical inactivity--and then vice versa.

Meanwhile, electrodes recorded what was happening in their brains.

Participants were generally faster at moving toward active pictures and away from lazy pictures, but brain-activity readouts called electroencephalograms showed that doing the latter required their brains to work harder.

Boisgontier noted that the failure of public policies to counteract the pandemic of physical inactivity may be due to brain processes that have been developed and reinforced across evolution.

However, the question is whether people's brains can be re-trained or not.

"Anything that happens automatically is difficult to inhibit, even if you want to, because you don't know that it is happening. But knowing that it is happening is an important first step," Boisgontier said.

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