11), which itself correlates with creativity. The results indicate either that highly creative children are drawn to video gaming or that video gaming increases creativity (or both).
In a quite different sort of study, David Moffat and his colleagues (2017) assessed the immediate effect of video game play on creativity. They assessed young adults for creative thinking, using the Torrance Tests, before and right after 30 minutes of playing a computer game. The game used, for different groups, was Serious Sam (a shooter game), Portal-2 (a problem-solving game), or Minecraft (a sandbox game involving building and destroying whatever the player wishes). The result, overall, was a large, significant gain in creative thinking, especially in that aspect of creative thinking referred to as flexibility. The gain occurred for all three types of computer games, but was greatest for Portal-2. This study shows that even a short period of video gaming can put one, at least temporarily, into a highly creative frame of mind. This finding is quite similar to findings in previous research that other forms of play can also boost creativity (see Ch. 7 of Free to Learn;(link is external) also Gray, 2018).
Video games are structured in such a way that the level of difficulty can be continuously increased, so players are challenged to solve ever more difficult problems. A general lesson from video games, reported by many gamers themselves, is that persistence pays off. If you keep trying, using various strategies, you will eventually succeed in meeting your goal within the game. On the basis of this, Matthew Ventura and his colleagues (2013) hypothesized that gamers would be more persistent—less likely to give up early—in solving difficult problems than would non-gamers. They subsequently confirmed this hypothesis in an experiment with college students. They found that those who played video games many hours a week persisted significantly longer at attempting to solve very difficult anagrams and riddles than did those who played video games less or not at all. This gain in persistence may help explain the positive correlations between video gaming and school grades, noted earlier.
A very general theory of play, which I have discussed in previous posts and articles (here and here), is the emotion regulation theory. According to this theory, children (and also other young mammals) deliberately put themselves into fear-inducing and sometimes frustration- or anger-inducing situations in play, and by doing so learn how to regulate their fear and anger. I have heard from many parents who curtail their child’s video gaming because they see the intense excitement and emotions, including negative emotions, the child experiences during and sometimes for a period of time after the gaming, and they are worried that this is not good for the child. But research supporting the emotion regulation theory indicates that a major purpose of play is to provide practice at dealing with fear and anger in the relatively safe context of play (Gray, 2018). In play, children learn that they can experience these emotions and can subsequently calm themselves. They don’t have to panic or have a tantrum. There is evidence that children who have been “protected” from experiencing such emotions in play are subsequently less able to deal with the inevitable fear-and anger-producing situations of real life, outside of play (see, for examples, here and here).
Consistent with the hypothesis that video gaming helps children learn to regulate their emotions is the evidence (mentioned earlier) that children who played video games for more than 5 hours a week exhibited fewer mental health difficulties, outside of play, than children who played such games less or not at all (Kovess-Masfety et al., 2016). Also, in studies in which they describe their own perceptions of benefits of gaming, gamers often talk about how video play helps them to deal better with the stress and frustrations of their non-play life (see here, and also Granic et al, 2014).
There are many ways by which video pla