I KNOW WHAT TO DO BUT I STILL DON'T DO IT. why your brain resists hard tasks & how to fix it

The video explores why people often struggle to do tasks they know they should, even when they understand the benefits. The speaker, Olga, who studies computation and cognitive science, explains that this resistance isn't a personal failing but a function of how our brains are wired. The core idea is that instead of pushing harder with willpower, the key is to design tasks so that our brains are more inclined to engage with them. The brain has two main systems for handling tasks. The first is the basal ganglia, responsible for automatic behaviors like brushing teeth or driving a car once learned. These require little to no conscious thought. The second system is the prefrontal cortex, located behind the forehead, which handles tasks requiring conscious decision-making and effort, such as writing an essay, learning a new skill, or working on an unfamiliar project. The brain tends to avoid overusing the prefrontal cortex because sustained conscious effort leads to mental exhaustion. To decide whether to undertake a task, the brain performs a cost-benefit calculation. This is illustrated by the Fogg behavioral model, which uses effort and immediate reward as axes. A task is more likely to be initiated if the expected reward outweighs the perceived effort. For instance, scrolling through social media is easy due to low effort and immediate rewards, while reading a textbook requires significant effort for a delayed reward. Since we can't always control the immediate reward of a task, the focus shifts to managing the effort by intelligently designing the task itself. The video proposes three ways to redesign tasks to overcome brain resistance: 1. **Design the Size of the Task:** Break down large tasks into incredibly small, achievable steps. This makes them feel less intimidating and more manageable. The speaker uses the example of creating her first YouTube video, which she broke down into tiny steps like "open my computer," "open Google document," and "write 10 possible titles." This strategy is likened to video game design, where games are structured into small levels that provide a sense of accomplishment upon completion, motivating players to continue. Researchers like Kelly McGonigal, who studies ultramarathon runners, also highlight this "one step at a time" approach. Runners facing immense distances focus on the immediate step rather than the daunting finish line, building momentum with each small victory. 2. **Design How the Task Feels (Obligation vs. Choice):** Reframe tasks from obligations to choices. The phrasing "I have to complete this project" evokes resistance, while "I choose to complete this project" fosters engagement and persistence. When a task feels imposed, the brain resists. However, when it's framed as a personal decision, even if the task itself is difficult, the brain is more likely to cooperate. For example, thinking "I choose to write this essay now so I can have my evening free" is perceived as a self-initiated decision, whereas "I have to write this essay" feels like an external demand. The brain resists imposed work, not necessarily hard work itself. 3. **Design the Commitment Itself:** The challenge isn't just starting tasks but sticking with them. Many people begin learning new skills with enthusiasm, but a missed session can lead to abandonment, creating a cycle of unfinished projects that erodes self-confidence. To combat this, the concept of "tiny experiments" or "pacts" is introduced, drawing from neuroscientist Laura Kon's work. A pact is a short-term commitment to a specific action for a defined duration. Examples include "I choose to study coding for 30 minutes a day for the next two weeks" or "I choose to go to the gym three times a week for one month." The key is that these pacts should be short and feel achievable, focusing on the act of completing the experiment rather than immediate success. Successfully completing these small pacts trains the brain to believe it is capable of following through on commitments, making future hard tasks feel less overwhelming. The speaker shares her personal pact: studying a "How AI Works" course for two hours a week for three weeks, highlighting Brilliant.org as a platform that uses interactive problem-solving to make learning engaging and effective, with courses designed by experts from top universities. Brilliant offers a free 30-day trial and a discount on premium subscriptions. In conclusion, the video emphasizes that tackling difficult tasks becomes easier not through brute force willpower, but by creating the right conditions for our brains to cooperate. This involves breaking tasks down, framing them as choices, and making commitments in manageable, experimental bursts. The speaker also expresses gratitude for reaching 100,000 subscribers and encourages viewers to continue suggesting video topics.