What is this? After a couple of blog posts on the dangers of multitasking comes a post on supertaskers? Well, the extensive research by Strayer and his colleagues at the University of Utah (my alma mater) has identified certain people as supertaskers.1 In their database of research participants, they found individuals who had virtually identical scores for doing either just one or both activities. Out of a database of 700 participants, only 19 (2.7%) met this criterion.

They did a follow up study with 16 of these supertaskers and a group of control participants matched with respect to single-task scores, working-memory capacity, gender, and age. Then they had these participants concurrently maintain and manipulate separate visual and auditory streams of information while they imaged their brains. Significant differences were found between the two groups in their patterns of neural activation. Supertaskers showed less activity during the more difficult levels of the multitasking test. The control participants showed more activity during the more difficult levels of the multitasking test. Supertaskers seemed to be able to keep their brains cool under a heavy load. Supertaskers differed most from controls in three frontal brain areas that had been identified in earlier neuropsychological research: the frontopolar prefrontal cortex, the dorsolateral prefrontal cortex, and the anterior cingulate cortex. The researchers found that the frontopolar cortex to be the most intriguing brain region that separated the supertaskers from the controls. They said that comparative studies with humans and great apes indicate that this area is relatively larger and more richly interconnected in humans, whereas other frontal cortical areas are more equivalent in size and connectivity. They speculate that “The emergence of human’s multitasking ability, however flawed, might be a relatively recent evolutionary change in hominid brains, helping to distinguish humans from other animals. In addition, neuropsychological patients with more extensive frontopolar damage have been shown to be more impaired in multitasking”2

The authors go on to speculate about the possible role of a particular gene. They note that whether multitaskers are just an extreme on a continuum or are qualitatively different remains an open question. It should be remembered that these are supertaskers in a relative sense, that is they are supertaskers with respect to other humans. I am curious to know what happens when the total information load is increased. Does the performance of both tasks suffer equally or does the supertasker become similar to the rest of us humans, sacrificing one task for the other. I am also curious as to whether appropriate training and deliberate practice (See the healthymemory blog post, “Deliberate Practice”), more of us might become supertaskers.

As I cautionary note, I would advise against self assessments as to your supertasking abilities. Remember that those who think they are good multitaskers, tend to be the poorest multitaskers.

1Strayer, D.L., & Watson, J.M., (2012).Supertaskers and the Multitasking Brain. Scientific American Mind, March/April, 22-29.


© Douglas Griffith and, 2012. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

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