More Than Just 'Zoning Out' -- Exploring The Cognitive Processes Behind Mind Wandering

 

might be driving home from work, taking a shower, preparing ingredients for dinner and, suddenly – “Eureka!” – you have a new insight into some problem or situation. Anecdotes tell us that people often have these kinds of creative thoughts while engaged in unrelated tasks, but researcher Benjamin Baird and colleagues wanted to subject the phenomenon to scientific scrutiny. The researchers designed an experiment in which they asked participants to perform an Unusual Use Task (UUT), listing as many unusual uses for an item as possible. The participants were then split into four groups – one group was asked to perform a demanding task and a second was asked to perform an undemanding task. The third group rested for 12 minutes and a fourth group was given no break. All participants then performed the Unusual Use Task again. Of the four groups, only the people who performed the undemanding task improved their score on the second UUT test. Participants in the undemanding task reported greater instances of mind wandering during the task, which suggests that simple tasks that allow the mind to wander may increase creative problem solving.

Corresponding author: Benjamin Baird – University of California, Santa Barbara – [email protected]
Published online August 31, 2012 in Psychological Science

What Mind Wandering Reveals About Executive-Control Abilities and Failures

Michael J. Kane and Jennifer C. McVay

While mind wandering might lead to creative insights, involuntary mind wandering can also take us away from the important activities and tasks at hand. In this article, Kane and McVay discuss the relationships among working memory, task-unrelated thoughts, and task performance. Using both laboratory-based and daily-life assessments, research has shown that people with lower working memory capacity are more likely to mind wander, at least during demanding tasks. This propensity to mind wandering may partly explain why people with lower working memory capacity are also more likely to make errors. Kane and McVay argue that involuntary mind wandering can provide psychological scientists with a unique window into aspects of the mind’s mechanisms for cognitive control, including how, when, and for whom these mechanisms fail.

Corresponding author: Michael Kane – University of North Carolina at Greensboro – [email protected]
Published in the October 2012 issue of Current Directions in Psychological Science

The Persistence of Thought: Working Memory May Help to Maintain Task-Unrelated Thinking

Daniel B. Levinson, Jonathan Smallwood, and Richard J. Davidson

Our working memory acts as a sort of mental workspace that allows us to juggle multiple thoughts simultaneously, but what role does it play in mind wandering? Does working memory inhibit or support off-task thinking? Psychological scientist Daniel Levinson and colleagues decided to put this issue to the test. They asked volunteers to perform one of two simple tasks — either pressing a button in response to the appearance of a certain letter on a screen, or simply tapping in time with one’s breath — and compared people’s propensity to drift off. In both tasks, people with higher working memory capacity reported more mind wandering during the tasks, even though their performance on the test wasn’t compromised. But when the volunteers were given a comparably simple task that was filled with sensory distractors, the relationship between working memory and mind wandering disappeared. These results suggest that working memory may ultimately reflect underlying priorities, enabling off-topic thoughts when we don’t have many other things to keep in mind.

Corresponding author: Daniel Levinson – University of Wisconsin-Madison – [email protected]
Published in the April 2012 issue of Psychological Science

Rest Is Not Idleness: Implications of the Brain’s Default Mode for Human Development and Education

Mary Helen Immordino-Yang, Joanna A. Christodoulou, and Vanessa Singh

While moments for reflection may be hard to come by, some research suggests that the long-lost art of introspection — from mind wandering to focused reflection — may be an increasingly valuable part of life. In this article, psychological scientist Mary Helen Immordino-Yang and colleagues survey the existing scientific literature from neuroscience and psychological science, exploring what it means when our brains are ‘at rest.’ Immordino-Yang and her colleagues believe that research on the brain at rest can yield important insights into the importance of reflection and quiet time for learning.

Corresponding author: Mary Helen Immordino-Yang – University of Southern California – [email protected]
Published in the July 2012 issue of Perspectives on Psychological Science

Anna Mikulak
Association for Psychological Science