Why We Procrastinate: The Neurological Scientific Reasons

Almost everyone has experienced procrastination. From college students putting off an essay to doctors and CEOs, avoiding tasks is very common. People often label procrastination as poor time management or laziness, but it is much deeper. Research shows that procrastination is actually a neurological emotional regulation issue.

Psychologists describe procrastination as “the voluntary delay of an intended course of action, despite expecting to be worse off for doing so” (Professor RJ Starr). Avoiding a task that causes stress and anxiety gives us temporary relief. Procrastination, through this definition, is an emotional regulation problem. The relief that we feel from procrastination is only temporary, though, creating a procrastination cycle, as we often feel more stressed after we delay tasks. 

Procrastination stems from the brain: the limbic system and the prefrontal cortex are the two major brain regions involved. The limbic system is responsible for immediate gratification and emotions, while the prefrontal cortex is responsible for decision making and self control. According to research on the neuroscience of procrastination, is a “constant battle in our brain between the limbic system and the prefrontal cortex”(Ness Labs). Whenever you feel the urge to procrastinate on a difficult task, the limbic system takes over, pushing you to do what feels better in the moment. Although your prefrontal cortex knows that the task is important, the emotional side of your brain takes it over.

Our brain rewards us when we avoid doing a stressful or difficult task. During procrastination, your brain releases dopamine, which is the reward chemical in your brain. Procrastination becomes a habit because your brain is literally releasing dopamine, making procrastination feel good. The brain prefers the “immediate reward” of long term benefits (Ness Labs). 

Over time, procrastination affects how your brain works. Repeated procrastination leads the brain to see it as a way to cope with stressful or difficult tasks. This makes it easier to procrastinate in the future, as it strengthens the neural pathways associated with avoidance. Also, some research has found that procrastination can alter activity in your prefrontal cortex.

Chronic procrastination "may be linked to reduced gray matter in the prefrontal cortex, affecting decision-making and impulse control"(Insight psychology). Procrastination can literally alter the brain, showing how deeply connected procrastination is to the brain.

Understanding the science behind procrastination can change how we view it. Instead of viewing procrastination as poor time management or laziness, we can see it as linked to the brain's emotional management. It is "a failure in self-regulation," meaning individuals struggle with impulse control.

Students experience some of the highest levels of procrastination. Almost 75% of college students would consider themselves habitual procrastinators (Very well mind). School consists of deadlines, pressure, and fear of failure increasing procrastination rates. Many students procrastinate because they feel pressured to do well, making tasks seem overwhelming.

Although procrastination is extremely common, there are many easy strategies to overcome it. Time chunking is one strategy in which you break down a task into smaller, more manageable parts. The Pomodoro technique is another common strategy: you work for 25 focused minutes, then take a five-minute break. Also, rewarding yourself after completing tasks reinforces your dopamine response to doing tasks, helping to restructure the way your brain sees tasks. Finally, addressing the underlying emotional causes can help overcome procrastination. Since procrastination, at its root, is an emotional issue, addressing and understanding why you are procrastinating can help solve the problem.

Overall, procrastination is a complex issue that is rooted in the brain. Controlling procrastination can be difficult because of the conflict between the limbic system and the prefrontal cortex. Understanding the science behind procrastination helps explain why it is so powerful and helps us approach it more effectively with strategies and more compassion.