Researchers at the University of California, Santa Barbara have identified a brief two-minute exercise that can help people overcome procrastination. The method is now available through Dawdle AI, a new mobile application developed by the research team and computer science students at UCSB.
The study, published in BMC Psychology, was co-authored by doctoral researcher Anusha Garg, National Science Foundation graduate research fellow Shivang Shelat, and Professor Jonathan Schooler from UCSB’s Department of Psychological and Brain Sciences. Garg explained, “Most interventions aim to change who we are in the long run — our personality, habits or traits, but procrastination happens in the moment.” She added that their approach focused on what they call “the starting line problem,” referring to the psychological pause between intention and action. “If we can design tools that make it easier to step over that line, we can help people change behavior right when it matters,” she said.
Dawdle AI was created as a practical extension of these findings. The app offers users a guided reflection exercise lasting under two minutes. According to the study’s results, participants who used this intervention reported improved mood, reduced emotional resistance, and were more likely to act on their tasks within 24 hours compared with control groups. Garg stated, “The goal wasn’t to eliminate procrastination overnight… It was to make starting feel a little lighter — to give people traction in the exact moment they’re stuck.”
The underlying theory is based on the temporal decision model of procrastination. This model suggests that people weigh how unpleasant starting a task feels against how rewarding completing it will be; if aversion outweighs anticipated reward, they delay action. The intervention aims to lower this aversion by encouraging users to label their emotions and pair tasks with small rewards after breaking them into subgoals.
In follow-up research not yet published, Garg’s team investigated whether breaking down tasks alone was sufficient or if pairing them with rewards was necessary for increased motivation. Early findings indicate both elements are important: “When participants only broke the task down, they felt a little more motivated,” Garg said. “But when they also paired that step with a small reward — like a walk, a snack or texting a friend — the motivation boost was significantly stronger. The reward makes the effort itself feel worthwhile.” This aligns with theories suggesting reinforcement can make effort more rewarding over time.
Dawdle AI features an animated guide named Pebbles who helps users talk through avoidance behaviors, break tasks into subtasks, select rewards for completed steps, and track progress using timers and streaks. Garg commented: “It’s essentially the study turned into a tool… When someone feels stuck, they can open Dawdle AI, reflect for a few minutes, and feel that same shift we saw in the data.”
The app launched on UCSB’s campus in November 2025 alongside ambassador programs and events aimed at helping students use these techniques in daily life. For Garg and her colleagues, translating scientific findings into accessible technology is central: “So much psychological research ends up locked in journals… We wanted this to live in people’s hands.”
Garg emphasized reframing procrastination as an emotional challenge rather than personal failure: “We procrastinate because we’re human… But if we can learn to navigate that starting-line moment — to notice it, label it and tip the scales toward reward — we can start almost anything.” She concluded: “The hardest part isn’t the work itself. It’s just starting. And that’s exactly where science can help.”
