We are in the throes of an attention arms race: 90 percent of U.S. teens own a smartphone, and nearly one in three eight-year-olds do, as well. Seven in ten high school teachers say cellphone distraction is a major problem in the classroom. In response, more than half of states have implemented phone bans, and calls are growing for schools to reclaim students’ focus. But the problem runs deeper than devices in pockets or backpacks. Classrooms today are competing not just with screens, but with an attention economy engineered to keep young and old alike scrolling, swiping and craving more.
Even if schools could wall off smartphones, they can’t escape the cultural logic these devices have taught. Every app, notification, and algorithm is designed to maximize engagement and minimize friction—to make effort feel optional. Learning, by contrast, runs on the opposite principle: It requires focus, patience, and struggle. Yet rather than confronting that tension head-on, too many education leaders have tried to bridge it with gimmicks—gamified lessons, digital bells and whistles, AI tutors that promise to “make learning fun.” It’s a fool’s errand. The classroom will never outcompete TikTok or YouTube on engagement, nor should it try.
Educator-turned-researcher Daisy Christodoulou underscored the reality in a recent Substack post titled, “Why education can never be fun.” Her argument is simple, piercing, and hard to ignore: Most phone apps are trying to do just one thing, which is hold the user’s attention. Teachers are also trying to hold their students’ attention, but they also want their students to learn. In a straight head-to-head with a phone app, the teacher will always lose because, while the app is optimizing for one parameter (fun), educators are optimizing for two (fun and learning). Christodoulou drives the point home with a line that is equally amusing and alarming: “If online content is so addictive that it can lead to adults having less sex, it’s probably fair to speculate that it will lead to kids studying less algebra.”
Read more at Thomas B. Fordham Institute.
