A longitudinal ESM study of over 200 talented high school students across five domains — mathematics, science, music, athletics, and visual arts — co-authored by csikszentmihalyi, rathunde, and Samuel Whalen. Published by Cambridge University Press in 1993, it provided the most direct empirical evidence that flow-state drives long-term talent development, not merely performance in individual moments.
The research design
The study identified students recognized by their teachers as exceptionally talented in one of the five domains and tracked them through high school using the experience-sampling-method. Pager signals captured students' activities, contexts, and psychological states multiple times daily over extended periods. The longitudinal dimension — following the same students over several years — allowed the researchers to examine whether students remained committed to their talent domain, dropped out, or declined.
The critical dependent variable was not performance but persistence: which students maintained their commitment to developing their talent, and which did not? This framing shifted the question from "what predicts talent?" (typically studied cross-sectionally, comparing high and low performers) to "what predicts sustained investment in talent development?" — a more practically important question for education and parenting.
Key findings
Flow predicts talent commitment: Students who reported more flow-like states (high challenge, high skill, high concentration, positive affect) during activities in their talent domain were significantly more likely to remain committed to that domain over time. Students who experienced their domain as effortful obligation — high challenge, negative affect, low intrinsic motivation — were more likely to drop out, even when their objective performance matched that of students who persisted.
The talent paradox: The study documented a pattern the authors called the talent paradox: the most challenging aspects of talent development (the hard practice that builds skill) can produce anxiety and fatigue, while the most enjoyable aspects (performing for others, the easy mastery of already-acquired skills) produce positive affect but may not develop capability. Students who could navigate this — finding flow in the difficult work as well as the easy work — were more likely to develop their talent fully. This connected to ericsson's later work on deliberate-practice, where the relationship between effortful practice and intrinsic engagement is similarly complex.
Domain-specific flow conditions: The study found that flow conditions differed across domains. Athletes reported flow most during competition; musicians reported it during performance and certain practice contexts; mathematicians reported it during problem-solving. This domain specificity supported the argument that challenge-skill-balance has domain-specific forms — what constitutes an optimal challenge varies by what the domain demands.
Family environment effects: A secondary finding examined how family environment moderated students' experience of their talent domain. Students from families combining high support (emotional warmth, interest in the child's activities) with appropriate challenge (high expectations, not overprotective) were more likely to experience flow in their domain. This suggested that the conditions that produce flow are partly set by early relational environments, not just by the structure of the activity itself.
Significance
Talented Teenagers is one of the most methodologically sophisticated studies in the flow tradition: longitudinal, multi-domain, ESM-based, with a practically important dependent variable (talent persistence rather than momentary performance). Its findings directly challenged both the "innate talent" model (persistence depends on subjective experience, not just ability) and the simple "hard work" model (the quality of experience during work shapes whether people sustain it).
For the KB, the book connects flow-state to long-term learning and skill development in a way that purely phenomenological accounts cannot — it provides evidence that flow is not merely pleasant but developmentally consequential. The finding also connects to intrinsic-motivation and self-determination-theory: students who were autonomously motivated (found the domain intrinsically rewarding) were more likely to persist than those who were externally regulated.