Why do people become absorbed in games? Why do some games make players continue for hours, while others quickly become boring? For a long time, video game research focused mainly on negative effects. The central questions were whether games increase aggression, produce social isolation, or lead to excessive use and addiction. But Przybylski, Rigby, and Ryan’s paper, A Motivational Model of Video Game Engagement, changes the direction of the question. Rather than judging games through a simple binary of “good” or “bad,” the paper argues that researchers must explain the psychological mechanisms that draw people into games.
The theoretical foundation of the paper is Self-Determination Theory, or SDT. According to SDT, human beings have three basic psychological needs. The first is competence: the feeling that one is successfully performing a task. The second is autonomy: the sense that one is choosing and acting voluntarily rather than being forced by external pressure. The third is relatedness: the feeling of being connected to others and situated within meaningful relationships. The authors argue that games create powerful engagement because they effectively stimulate and satisfy these three needs.
The paper’s central concern is clear. Existing research had examined the relationship between games and aggression, isolation, and overuse, but it had not sufficiently explained why games generate such strong motivation. Conversely, education, health, and therapy research had paid attention to the positive potential of games, but often lacked a theoretical explanation of what kinds of game experiences actually produce positive effects. This paper connects those two streams. Games can be risky, and they can also be beneficial. What matters is not the medium of games itself, but the psychological experience players have within them.
The authors also interpret the historical development of games through the lens of basic psychological needs. Early arcade games were structured to stimulate competence. Scores, gradually increasing difficulty, and immediate feedback gave players the sense that “if I try just one more time, I can do better.” If a game is too easy, it becomes boring. If it is too difficult, it becomes frustrating. Successful games repeatedly provide experiences of competence by matching players’ skill levels with appropriate challenges.
Later, console and role-playing games expanded autonomy. Players were no longer simply following a fixed path. They could choose which missions to pursue, which strategies to use, and which characters to become. Games such as Final Fantasy and The Legend of Zelda gave players the feeling that they were advancing the story through their own choices within a fictional world. This was not merely freedom of control. It was the experience of autonomy — the feeling that “I am making meaningful decisions in this world.”
Online multiplayer games brought the need for relatedness to the foreground. Games such as World of Warcraft encouraged players to form guilds and teams, cooperate, and compete. Players were no longer simply interacting with a computer. They were achieving goals with other people, forming relationships, and performing roles within a community. At that point, games became more than individual play. They became social spaces.
One concept the paper especially emphasizes is control mastery. In the real world, bodily movement produces immediate sensory feedback. In games, however, players connect to virtual worlds through interfaces such as keyboards, mice, and controllers. Players must first learn how to operate the game. The authors argue that control mastery is not, by itself, a sufficient condition for fun, but it is a necessary condition for accessing the competence, autonomy, and relatedness that games can provide. If controls are too difficult or unintuitive, players become frustrated before they can enter the game world.
This perspective offers important implications for game design. A good game is not simply one with impressive graphics or intense stimulation. Players must be able to understand their actions, control the game in the way they intend, and receive feedback that shows their skills are improving. In other words, immersion comes less from technical stimulation than from psychological structure.
The paper explains the fun and well-being effects of games through empirical findings. Earlier studies by Ryan, Rigby, and Przybylski suggested that players who experienced competence and autonomy in games reported greater enjoyment, stronger immersion, and more positive short-term emotional changes. The difference between popular and less successful games was not merely a difference in content. It was related to how well the games provided competence and autonomy. The appeal of games depends less on surface-level themes than on their ability to satisfy psychological needs.
The interpretation of violent games is one of the paper’s most important contributions. Violent games have often been assumed to be popular because violence itself is attractive. But after reviewing multiple studies, the authors suggest a different conclusion. Violence itself was not the core factor explaining the sustained appeal of games. Players may enjoy violent games not because of violent scenes, but because those games strongly provide competence and autonomy.
For example, combat games provide immediate feedback through the act of defeating enemies. Players can instantly see whether they hit a target and whether their strategy worked. Combat situations offer multiple choices and strategies, while team-based combat can also strengthen relatedness. Therefore, if a violent game is fun, the reason may not be the violent imagery itself, but the structure of challenge, choice, feedback, and cooperation embedded within the violent format.
This argument provides an important balance in the debate over video game violence. It does not mean violent content has no effect. The paper suggests that players with higher aggressive tendencies may prefer violent content more strongly. But for general players, violence is not, on average, a strong motivational factor. For players with lower aggressive tendencies, it may even reduce the appeal of a game. Violence should therefore not be understood as the universal source of game enjoyment, but as a factor that interacts with particular player traits.
The paper also takes a different view of aggression. If aggression increases after gameplay, the cause may not necessarily be violent content alone. The authors suggest that aggression may rise when the structure of the game frustrates the player’s need for competence. If the controls are complex, practice time is insufficient, or the game fails to provide a sense of control, players become frustrated. That frustration can then lead to aggressive emotion.
This raises methodological questions about earlier experiments on violent games. Many studies compare violent games with nonviolent games, but the two games may differ not only in violence, but also in control difficulty, pace, feedback style, and goal structure. If the violent game is much more difficult to control than the nonviolent game, it becomes difficult to determine whether the observed increase in aggression is caused by violence or by frustration of competence. The authors therefore argue that researchers must measure not only game content, but also the psychological needs that games satisfy or frustrate.
The paper also proposes an important shift in discussions of excessive gaming and addiction. Earlier debates mainly focused on how long someone played. But the authors argue that the more important question is why someone plays. Two people may spend the same amount of time gaming, yet their psychological experiences may be very different. One person may play with voluntary and harmonious passion. Another may play compulsively to compensate for unmet needs in real life.
The paper explains this as the difference between “playing because one wants to” and “playing because one feels one must.” The former is harmonious engagement based on autonomous motivation. The latter is obsessive engagement marked by a loss of control. What is especially important is that long playtime does not always lead to negative outcomes. The problem is not long playtime itself, but long playtime combined with compulsive motivation. For some people, games can be a source of energy and enjoyment. For others, they can become a repeated escape from deprivation in real life.
This perspective has implications for youth gaming policies as well. Simply reducing playtime addresses only part of the problem. The more important question is whether young people are experiencing competence, autonomy, and relatedness in real life. Adolescents who experience failure, loss of control, and disconnection in the real world may seek stronger compensation in games. Therefore, excessive gaming should be understood not only through regulation of game time, but also through the psychological need environment of everyday life.
The paper’s interpretation of immersion is also noteworthy. It is easy to assume that game immersion comes from technological realism such as graphics quality or sound effects. But the authors argue that technical realism alone is not the key predictor of immersion. The more a game satisfies competence, autonomy, and relatedness, the more deeply the player becomes immersed. In other words, immersion depends less on how realistic the screen looks and more on whether the player feels they are acting meaningfully within that world.
The paper distinguishes among physical presence, emotional presence, and narrative presence. Physical presence refers to the feeling of actually being inside the game world. Emotional presence refers to the feeling that game events carry real emotional weight. Narrative presence refers to the sense of being personally invested in the story and characters. When a game satisfies basic psychological needs, these forms of presence become stronger.
This point also connects to metaverse and virtual convergence research. Immersion in virtual spaces is not determined only by 3D graphics or the performance of VR devices. What matters more is what users can do in that space, whether they can make choices, whether they can become skilled, and whether they can connect meaningfully with others. This paper therefore offers a theoretical foundation not only for game research, but also for the design principles of virtual worlds.
The strength of the paper is that it does not treat games as objects of moral panic or industrial celebration. Games are not inherently bad, nor are they inherently good. They are environments that can either satisfy or frustrate basic human psychological needs. A good gaming experience can provide competence, autonomy, and relatedness, thereby improving short-term well-being. A poor gaming experience can produce frustration, compulsion, aggression, and negative emotion. The effects of games depend not on games themselves, but on the psychological structure players experience within them.
The paper also has clear limitations. It is largely a theoretical and empirical review that integrates multiple studies through Self-Determination Theory. Much of the evidence is based on short-term experiments and self-report data, making it difficult to draw firm conclusions about long-term effects. The game industry has also changed significantly since the paper was published in 2010. Mobile games, loot boxes, live-service models, streaming, esports, the metaverse, and generative AI-based NPCs all require further analysis.
Today, games are no longer merely forms of play. They have expanded into economic activity, identity expression, social relationships, and creative platforms. Players develop characters, trade items, operate communities, and create content. To explain contemporary game immersion, Self-Determination Theory should be considered alongside psychological ownership, digital identity, social presence, and platform economy structures.
Even so, the value of the paper remains substantial. Debates around games still repeatedly center on violence, addiction, excessive use, and youth protection. But this paper encourages more precise questions. Rather than asking whether a game is violent, we should ask what psychological needs it satisfies. Rather than asking how long someone played, we should ask what motivated the play. Rather than asking whether games are good or bad, we should analyze the conditions under which games become experiences of growth and the conditions under which they become tools of avoidance and compulsion.
The paper also offers important lessons for educational and healthcare games. If learners do not feel competent within a game, an educational game becomes little more than an assignment wrapped in entertainment. If there is no meaningful choice, autonomy disappears. If cooperation and social connection are absent, relatedness remains unmet. A successful game-based intervention is not simply a matter of adding attractive graphics. It requires the careful design of basic human psychological needs.
Ultimately, the message left by Przybylski, Rigby, and Ryan is clear. The power of games does not lie in violence. It lies in human motivation. People want to become competent, make choices, and connect with others. Games are environments that allow these needs to be experienced intensely within a short period of time.
That is why people become absorbed in games. The problem is not absorption itself. What matters is which needs are being satisfied, how they are being satisfied, and within what broader context of life the immersion takes place. The future of game research must begin from that question.
