PDF Summary:Stick With It, by Sean D. Young

Why do so many attempts at changing our behavior fail? Psychologist Sean Young reveals it’s not about willpower or motivation—instead it’s about understanding the science of lasting change. In Stick With It, Young presents a research-backed approach that can help you change your behavior for good. Whether you’re trying to exercise more, reduce screen time, or boost productivity, you’ll discover why your previous attempts may have failed and how to finally make changes stick. Most importantly, you’ll learn that lasting change doesn’t require becoming a different person—you just have to use a smarter, science-based process.

Our guide breaks down Young’s system into concrete steps—from breaking big goals into manageable “stepladders” to using “neurohacks” that rewire your brain’s responses. You’ll discover how modern neuroscience explains why behavior change is so difficult, how connecting to what’s important to you can sustain motivation when willpower fails, and why the conflict between conscious intentions and unconscious habits is at the heart of your struggles with change.

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How to Use Importance

1) Connect to core values. Young suggests linking behaviors to fundamental beliefs rather than superficial outcomes. A person who values environmental sustainability might frame reducing their meat consumption as living their values rather than just a diet choice.

2) Make consequences tangible. Focus on the specific improvements you want to make—like being able to play with your children or grandchildren without feeling winded—rather than vague ideas like “better health.” It can also help to consider not only what you’ll gain from changing, but what you’ll continue to lose by maintaining your status quo.

3) Find deeper meaning. Young says to look beyond your immediate goals to their broader impact. For instance, learning to manage your anger might help you model healthy emotional regulation for your children, breaking intergenerational patterns of conflict.

(Shortform note: Connecting behaviors to what matters to us can help us look beyond our self-interest. Writer and activist Rebecca Solnit observes that we naturally care about things beyond our immediate concerns. We’re driven by ideals: When considering what we stand to gain and what we might lose, we realize that we want justice, equality, and environmental protection—not just for ourselves but for society as a whole. This suggests the most effective motivation comes not from self-interest alone but from connecting our actions to what gives our lives significance, whether breaking intergenerational patterns, protecting the environment for future generations, or working toward a more just society.)

E: Make Behaviors Easy to Perform

The Ease strategy recognizes that we naturally follow the path of least resistance. Young shows that even small inconveniences can derail our efforts to make a change, but removing friction dramatically increases our follow-through. This strategy works with human nature rather than against it, making desired behaviors the simplest option available.

(Shortform note: While Young suggests that humans naturally follow the easiest path available, “desire paths” in urban landscapes add complexity to this idea. While desire paths often form as shortcuts, they sometimes emerge for reasons beyond efficiency. In New York’s Central Park, some desire paths veer from established paths to bring walkers into more intimate contact with trees, light, and shadow—not saving time, but enhancing experience. During the Covid-19 pandemic, new desire paths emerged to allow people to walk the same routes while maintaining social distance. Sometimes we deliberately choose slightly harder paths because they offer rewards beyond efficiency, such as beauty, novelty, safety, or alignment with our values.)

How to Use Ease

1) Design your environment. Young says to arrange your physical surroundings to support your goals. Place a water bottle on your desk to increase hydration, leave workout clothes by your bed to make morning exercise more accessible, or remove distracting apps from your phone’s home screen.

2) Reduce decision points. Preserve your mental energy by preparing in advance—like meal prepping ahead of time to make it easier to eat healthy food when you’re tired, or creating standard routines that eliminate daily decisions.

3) Create specific implementation plans. Transform vague intentions into concrete actions by detailing precisely when, where, and how you’ll perform the behavior. Instead of saying “I’ll exercise more,” decide that after finishing your morning coffee on Monday, Wednesday, and Friday, you’ll immediately do a 15-minute strength routine.

4) Make initial steps ridiculously small. Reduce a new habit’s starting point to something so easy it feels almost silly to resist. For instance, instead of meditating for 30 minutes daily, start with just one minute. Young argues that this eliminates psychological resistance and that often, you’ll continue beyond your minimum goal once you’ve got the ball rolling.

(Shortform note: Young’s emphasis on making behaviors easier to perform is rooted in the concept of choice architecture: the deliberate design of environments to influence our decision making. Behavioral scientists explain that the way options are presented dramatically affects what we choose, often without our awareness. The design of our physical environments creates “default paths” that our brains follow to conserve energy unless we consciously override them. Putting workout clothes by your bed, removing distracting apps from your phone’s home screen, or keeping healthy snacks at eye level aren’t just helpful reminders: They’re strategic choices to position good decisions as the path of least resistance.)

N: Use Neurohacks to Rewire Your Brain

Neurohacks are psychological techniques that prompt your brain to reset and update how you see yourself by observing your own behavior. Young defines neurohacks as deliberate behaviors you engage in that cause your brain to reconsider and modify your self-identity. These strategic actions serve as mental shortcuts that can change your self-perception faster than traditional approaches.

Young challenges the conventional wisdom that you need to change your mindset before changing your behavior. Instead, he argues that the opposite is often more effective: Changing your behavior first can lead to changes in your self-perception. When you act in ways that contradict your current self-image, your brain experiences cognitive dissonance—the mental discomfort that occurs when holding contradictory beliefs or behaviors. To resolve this tension, your brain often updates your self-image rather than dismissing the behavior as an anomaly.

For example, if you’ve always seen yourself as “not a runner” but you volunteer to lead a charity 5K, the disconnect between your action (leading a running event) and your self-image creates discomfort. Your brain resolves this by updating your identity to incorporate this new behavior: “Maybe I am someone who runs after all.”

(Shortform note: Young’s neurohacks leverage a powerful psychological principle: We become what we observe ourselves doing. This strategy works because our memories aren’t permanent recordings but dynamic reconstructions that change each time we access them, blending fragments of our original experiences with our current knowledge, beliefs, and emotional state. When we act in ways that contradict our self-image, our brains typically revise our autobiographical narrative to maintain coherence. As we revisit our memories and reinterpret past events through new perspectives, we gradually transform our self-perception.)

How to Use Neurohacks

Young identifies five distinct categories of neurohacks you can use to reshape your self-identity:

1) Behavior neurohacks: Act in ways that contradict your current self-perception, such as volunteering to teach a skill you’re trying to master, to force your brain to see you as someone who possesses that expertise.

2) Body movement neurohacks: Use physical postures to influence your mental state. Standing in a confident “power pose” before an interview can reduce anxiety and boost performance.

3) Physiology and emotion neurohacks: Alter your physical state to change emotional responses. Taking deep breaths when angry can interrupt the anger cycle and reset your emotional baseline.

4) Speech neurohacks: Use verbal declarations to reshape your self-concept. Introducing yourself as “someone who’s learning Spanish” at a language meetup strengthens your commitment to language learning.

5) Thought neurohacks: Disrupt established mental patterns to create space for new self-perceptions. Young argues that deliberately attempting a creative task in an unfamiliar environment can break habitual thinking and spark fresh perspectives.

The Science Behind Brain Rewiring

In scientific circles, what Young calls “neurohacks” relates to the broader concept of neuroplasticity, the brain’s ability to reorganize itself by forming new neural connections throughout life. This capacity allows our brains to adapt to new experiences and learn new information. However, there’s ongoing debate about how extensive this “rewiring” actually is and whether the brain may be utilizing existing, but previously latent, abilities rather than creating entirely new pathways. But whether these techniques truly “rewire” your brain or simply strengthen existing connections, they represent practical applications of cognitive science that can help create lasting behavior change by altering how you perceive yourself.

Young’s neurohacks each target different pathways to change your self-perception. Behavior neurohacks, or acting in ways contradictory to your self-image, align with research on “self-directed neuroplasticity,” where conscious behavior can create new neural pathways. Body movement neurohacks come up in embodied cognition research, which shows that physical postures can influence emotional states and confidence—though evidence on the “power pose” concept is mixed. Physiology and emotion neurohacks connect to research showing that altering physical states through breathing or exercise can interrupt emotional cycles and reset baseline states. Speech and thought neurohacks relate to cognitive-behavioral techniques that are effective in identity change.

C: Create Captivating Rewards That Motivate You

The Captivation strategy focuses on designing rewards that tap into what truly motivates you. Young explains that generic rewards provide only short-term motivation, but Captivating rewards connect to your fundamental psychological needs for autonomy (feeling in control), competence (feeling capable), and purpose (feeling that your actions matter). Because these rewards tap into what you find intrinsically motivating, they create a strong desire to repeat the associated behaviors.

How to Use Captivation

1) Identify your personal motivators: Reflect on what genuinely energizes you. Do you lose track of time when engaged in creative projects? Do you feel accomplished when mastering new skills? Do you enjoy sharing experiences with others?

2) Design rewards that match your needs: Young suggests that if you’re motivated by social connection, arrange to share your achievements with supportive friends. If you’re driven by mastery, create a visual record of your improving skills or increasing knowledge.

3) Create clear feedback loops: Make the connection between your actions and rewards immediate and obvious through tracking systems that provide a visual confirmation of your progress.

4) Incorporate variety and surprise: A fixed reward quickly loses its motivational power. Therefore, Young says you should introduce occasional unexpected bonuses or gradually increase your challenges to maintain your engagement over time.

Can Rewards Be Counterproductive?

Some researchers contend that rewards undermine intrinsic motivation and habit formation. According to Alfie Kohn (Unconditional Parenting), rewards often produce only temporary compliance rather than lasting change because rewards can make us associate behaviors with external incentives rather than internal satisfaction. This negative effect appears particularly strong when rewards become the primary reason for doing something. For example, people who receive payment for solving creative problems often perform worse than those given no incentives. This “overjustification effect” occurs when external rewards overshadow internal motivation, making the behavior feel less intrinsically valuable.

To reconcile this with Young’s emphasis on Captivating rewards, the key appears to be intentionality about what the reward signals to your brain. Young notes that not all rewards are created equal, and that the most effective rewards connect to fundamental psychological needs like autonomy, competence, and purpose—meaning they strengthen intrinsic motivation rather than replacing it. Gretchen Rubin (The Happiness Project) is against rewarding yourself for good habits—with the exception of “a reward that takes you deeper into the habit,” like buying a new yoga mat to reward consistent yoga practice. This transforms rewards from bribes into reinforcements of your intrinsic motivations and developing identity.

E: Turn Behaviors Into Engrained Habits

The Engraining strategy transforms conscious behaviors into automatic habits through consistent repetition. Young explains that our brains are designed for efficiency, creating neural pathways for repeated behaviors that eventually require minimal conscious effort. This conserves mental energy and makes behaviors resistant to motivational ups and downs.

How to Use Engraining

1) Prioritize consistency over intensity. Performing an action daily, even briefly, creates stronger neural pathways than occasional longer sessions. Focus on establishing a regular rhythm before worrying about duration or intensity.

(Shortform note: Repetition isn’t just useful for humans establishing new habits: Young’s emphasis on repetition also aligns with research on how octopuses learn new skills despite their vastly different brain structures. Octopuses master complex tasks—like opening jars, navigating mazes, and recognizing individual human faces—through repetition despite being slow learners. This learning becomes so engrained that captive octopuses consistently remember escape routes, with documented cases of them repeatedly finding paths to freedom through tiny openings or drain pipes. Importantly, this learning doesn’t happen through occasional bursts of training—it develops through regular, repeated engagement with their environment.)

2) Use triggers and cues. Young suggests linking new behaviors to existing habits (like doing a quick stretch immediately after your morning coffee) or creating environmental cues (like leaving your journal on your pillow to prompt yourself to spend a few minutes reflecting at the end of each day).

3) Start small. Choose actions so simple you could perform them even on your most exhausted or busiest days, like meditating for just one minute or reading a single page of a book.

4) Be patient with the process. Young writes that habit formation typically takes anywhere from 18 to 254 days depending on the person and the behavior, with an average of about 66 days. During this period, the behavior will likely feel unnatural, but continued repetition gradually transforms it into something your brain executes automatically.

(Shortform note: When we’re trying to establish a habit, we want predictable, measurable progress. But Buddhist wisdom suggests that the process of changing habitual patterns, called “habit energies” by Zen master Thich Nhat Hanh, doesn’t follow a rigid timeline but instead depends on cultivating a mindful awareness of our conditioning. Buddhist teachings describe habits as deeply engrained patterns that can be formed through four key factors: repetition, intensity, lack of counteragents, and availability of a triggering environment. The key to changing them is in “non-judgmental observation” of our habits—noticing triggers and patterns without self-criticism—which creates space for intentional and incremental change.)

How to Pick the Right Strategy for the Behavior You Want to Change

Understanding which strategies work best for each behavior type is essential for effective change. By matching the right strategies to your specific behavior type, you dramatically increase your chances of making lasting change. Here’s how to match strategies to behaviors.

Automatic Behaviors

For automatic behaviors like nail-biting or interrupting others, Young recommends making the behavior difficult to perform (Ease) and establishing new automatic patterns (Engraining). Since you’re not aware of automatic behaviors as they happen, these strategies work best by preventing the behavior and creating alternative automatic responses, respectively. For example, with nail-biting, you might apply bitter-tasting nail polish to make the behavior less appealing while simultaneously creating a new default response by clasping your hands when you’re anxious.

Young notes that Neurohacks and Captivation serve as helpful secondary strategies by increasing your awareness of unconscious behaviors and providing rewards for noticing and redirecting them. For instance, if you habitually interrupt others, you might record your conversations to become aware of your patterns and reward yourself each time you catch yourself before interrupting.

Burning Behaviors

As with automatic behaviors, the primary strategies for burning behaviors are also Ease and Engraining. Young explains that making a compulsive behavior like smartphone checking harder to access while establishing alternative response patterns directly addresses the compelling urges that characterize burning behaviors. You might put your phone in another room while you work and take three deep breaths when you feel the urge to check it, giving your brain a new pathway to follow when the urge strikes.

Neurohacks and Captivation work well as secondary strategies by helping reshape your identity around resisting the urge and creating compelling alternatives to the burning behavior. For instance, you might take on the role of helping others reduce their own phone use (reinforcing your identity as someone who controls technology rather than is controlled by it) while developing a rewarding offline activity you genuinely enjoy as an alternative.

Common Behaviors

For common behaviors like regular exercise, Young argues that Community often serves as the most powerful primary strategy. Social support and accountability are particularly effective for motivational challenges, which are central to common behaviors. Joining a running group that meets three times weekly makes you more likely to show up consistently than if you were planning to run alone.

Young writes that all the other strategies—Stepladders, Importance, Ease, Captivation, and Engrainment—provide strong secondary support by addressing various aspects of the challenges common with these behaviors. For establishing a regular exercise habit, you might break your fitness goals into small steps, connect exercise to family health values, prepare workout clothes the night before, create a rewarding post-workout ritual, and exercise at the same time daily. Neurohacks, while still helpful for reinforcing identity as someone who engages in the desired behavior, tend to be less critical for common behaviors where awareness and motivation are the primary challenges rather than unconscious patterns.

Why Is Behavior Change So Hard?

Changing our behavior—whether automatic, burning, or common—is notoriously difficult, despite our best intentions. Researchers say this isn’t due to lack of willpower or motivation alone: It’s rooted in how our brains function and how behaviors become embedded in our lives.

Behavior change often requires two competing processes to occur simultaneously: suppressing engrained automatic behaviors while consciously establishing new ones. This sets up a conflict between our Executive System, which handles conscious, deliberate thinking, and our Operational System which manages unconscious, automatic processing. So when we try to change habits, this conflict requires significant attention and effort to navigate.

This process is further complicated by the fact that behavior change rarely happens in a straight line. Psychologists have identified six stages people typically cycle through when changing their behavior: precontemplation (not yet acknowledging the problem), contemplation (recognizing the need for change), preparation (getting ready to change), action (making the change), maintenance (sustaining the change), and relapse (temporarily returning to old behaviors). Most people move back and forth between these stages multiple times before change becomes permanent.

Additionally, our behaviors aren’t isolated choices—they’re embedded in complex social environments and daily routines that give them meaning in our lives. Behaviors like eating, smoking, or exercising help define our sense of self and the identities others bestow upon us. Simply thinking about the risks of less-than-healthy habits isn’t enough to overcome these deeply rooted aspects of behavior. Understanding these complexities explains why matching the right strategies to different behavior types, as Young suggests, is so crucial. We can’t just decide to change—we have to recognize the specific psychological and social forces at work and strategically address them with the appropriate tools.