How to Enhance Performance & Learning by Applying a Growth Mindset

High-Level Overview

In this solo episode, Andrew Huberman explains growth mindset, the idea that abilities are not fixed and can improve through effort, and argues that it is often described in ways that do not match the science. He walks through the landmark research of Stanford psychologist Carol Dweck, a brain-recording study showing how people with fixed and growth mindsets respond differently to mistakes, Alia Crum's work on the stress-is-enhancing mindset, and David Yeager's large studies showing that combining the two mindsets protects adolescents from stress and improves performance. A key and counterintuitive theme is that attaching your identity to being smart or talented can undermine performance, especially for people who already perform well.

The tone is that of a clear, enthusiastic lecture with frequent self-reflection prompts and personal examples, such as Huberman describing himself as a hopeless musician and explaining how he built a strong memory. The episode flows from definitions to classic studies, then to brain mechanisms and stress physiology, and ends with five concrete tools.

The Discussion Explores:

• What a mindset is, and how it organizes information through often invisible narratives tied to identity
• Dweck and Mueller's study showing that praising intelligence lowers performance while praising effort raises it
• Why intelligence praise leads kids to choose easier problems, attempt fewer and even exaggerate their scores
• A brain-recording study showing that people with a fixed mindset react emotionally to errors while those with a growth mindset analyze them
• Alia Crum's research on how beliefs about stress change the body's stress response
• David Yeager's Nature study showing that combining growth and stress-is-enhancing mindsets protects adolescents
• Five practical tools, including verbs not labels, seeking help, writing a letter to teach others, and rethinking the "mind is like a muscle" analogy

Deep Dive into Main Ideas

What a Mindset Is and the Stories We Carry

Huberman grounds growth mindset in neuroplasticity: the brain changes by default from birth until about age 25, and after that it can still change, even into people's 90s, through deliberate, focused learning. He credits Carol Dweck of Stanford as the founder of the growth mindset field. To define mindset, he uses Alia Crum's definition: "a mental frame or lens that selectively organizes and encodes information." Because we are flooded with outside and internal information, mindsets determine what we pay attention to and act on. He stresses that mindsets carry whole narratives, usually tied to identity, that we rarely notice. He considers himself a terrible musician, for example, but proficient at science after nearly three decades in the field.

He invites listeners to ask themselves: what have I been told I am good or bad at, and what have I told myself? Did the things I am good at come naturally, or from years of effort? Am I bad at other things because I never really tried, failed early, or tried for years without progress? And did those messages come from parents, coaches and teachers, or from myself? These questions set up the core research on how feedback shapes beliefs.

Intelligence Praise vs. Effort Praise

Huberman describes the 1998 paper by Claudia Mueller and Carol Dweck, titled "praise for intelligence can undermine children's motivation and performance." More than 100 children received either intelligence feedback (you are so smart, so talented), effort feedback (you tried really hard, you persisted, you kept going after a wrong answer), or no specific praise. Huberman frames effort feedback as being about verbs rather than labels.

The results were striking. Children given intelligence praise, when later offered a choice, picked problems they knew they could solve in order to keep earning praise, while effort-praised children chose harder problems that could teach them more. On a second problem set, the control group performed about the same as before, the intelligence-praised group's performance dropped significantly, and the effort-praised group's performance rose significantly. Intelligence-praised children also attempted fewer problems overall. Most disturbing, they were more likely to lie about their scores to other kids, inflating them even when they had done well, while effort-praised children reported honestly. Huberman notes that a 1996 survey found 85 percent of parents believed intelligence was fixed, which shows how far ahead of its time this work was.

He adds that the timing of praise does not matter. Identity praise given before a test or game, or after a strong result, lowers later performance, while effort praise given before or after raises it. The praise must be genuine, though; telling someone they worked hard when they coasted does not work, because we know when we are being lied to. He argues that the only things we truly control are where we place our attention and our effort.

Using Verbs to Rewrite Your Own Narrative

Huberman applies this to himself. He could say he has a great memory, which is an intelligence label, or describe the truth in verbs: he listens to, reads, writes down, highlights, whiteboards, repeats and teaches information to others, which is how he built and keeps building his memory. Likewise, he is not simply a bad musician; he never spent much time practicing, failed early, made the neighbor's dog howl and stopped. The point is not to flatter yourself or erase shame but to see the actual processes behind success and failure. Labels tied to performance leave you vulnerable: if your identity is "great memory" and you slip, your identity takes the hit. Effort-based verbs such as practicing, repeating and analyzing errors belong to you and can be carried into any new domain.

How the Brain Handles Mistakes in Each Mindset

To explain why effort praise works, Huberman describes a study by Mangels and colleagues, with Dweck as senior author, titled "Why do beliefs about intelligence influence learning success? A social cognitive neuroscience model." Participants wore EEG caps recording event-related potentials while answering trivia questions (such as the capital of Australia), rating their confidence, and then learning whether they were right and what the correct answer was. People with a fixed view of intelligence showed a larger error-related P3 signal when told they were wrong. That activity sat over the rostral, or front, part of the anterior cingulate cortex, which is linked to emotional and bodily responses. In people with a growth mindset, the error signal leaned toward areas associated with cognitive appraisal.

In other words, people with a growth mindset direct their attention toward understanding why they made the error, while those with a fixed mindset mostly feel the sting. Huberman says this is the key to why growth mindset improves performance, something the popular side-by-side comparison lists never explain. Everyone has a fixed mindset in some areas, and it is hard to control feelings, but you can deliberately shift attention to analyzing the error, and that habit strengthens with practice. He contrasts this with advice like "set your ego aside," which offers no actual process to follow.

The Stress-Is-Enhancing Mindset

Huberman argues that knowing about growth mindset is necessary but not sufficient. Growth mindset links motivation to specific thought processes, and the missing piece is how we interpret stress and frustration. He turns to Alia Crum, a Stanford psychology professor, former Division I athlete and licensed clinical psychologist. Her paper Rethinking stress: the role of mindsets in determining the stress response gave one group a presentation arguing that the effects of stress are negative and should be avoided, and another a presentation on how stress improves health and vitality. Both were true. On easy tasks, the stress-is-enhancing group improved slightly and the other group did not change. On hard tasks, the difference was large: only those who learned stress can enhance performance improved significantly, without any extra practice.

He stresses this is not a placebo effect and does not involve lying. Whether stress helps or harms depends on its level, its duration and, crucially, our beliefs about it. The stress response evolved to mobilize us toward challenges of all kinds, not just away from predators. Adopting a stress-is-enhancing mindset produces measurable physiological shifts: shorter cortisol release, greater cardiac stroke volume, more peripheral blood flow and clearer thinking under pressure. It can even be anabolic, supporting testosterone and estrogen rather than suppressing them. He suggests stress is largely beneficial except when it becomes chronic or disrupts sleep. The practice is to put yourself in safe but challenging situations and tell yourself that the racing heart, shaking hands and sweat are your body mobilizing resources, then direct that focus toward analyzing what is going right or wrong. This plugs directly into growth mindset's focus on error analysis.

Combining the Mindsets: David Yeager's Research

David Yeager, a former Dweck graduate student now at the University of Texas at Austin, has run large studies with thousands of students from rural and urban areas and all income levels. His July 2022 Nature paper, "A synergistic mindsets intervention protects adolescents from stress," includes six experiments. Teaching either mindset alone helped buffer stress, but teaching both produced the strongest effect. One experiment used the Trier Social Stress Test, in which participants prepare and give a speech to an audience that frowns and crosses its arms, then solve harder arithmetic problems aloud while being told when they are wrong. Students who learned both mindsets showed better peripheral blood flow, changes in cortisol and a psychological shift toward seeing the stress as a challenge they could meet.

Unlike earlier programs requiring several sessions, this was a single 30-minute online intervention. Huberman obtained excerpts from Yeager and filled it out himself. It opens by asking you to recall a stressful time (he described being an underpaid, isolated postdoc under competitive pressure), then explains that effort changes brain connections, noting that "difficulty struggle and frustration when you're learning something are not signs that you've reached your limits they're signs that you're expanding your limits." It quotes calculus professor Uri Treisman telling students that everyone will struggle and that stress is a sign understanding is deepening. Results included about a 40 percent improvement in self-regard, a 14 percent improvement in passing particularly challenging courses, better passing rates in easier courses, and more willingness to take on hard challenges long after the intervention.

Five Tools for Building Both Mindsets

First, whenever possible, both teacher and student should learn these mindsets, which leads teachers to see students as less fixed and students to see themselves the same way. That includes understanding that stress narrows focus in a way that helps careful analysis. Second, make feedback to others and especially to yourself about verbs, not labels, and do this especially after success, since calling someone brilliant or talented sets them up to struggle when challenge arrives. When analyzing errors, do not sugarcoat them; focus on the actions that led to them rather than harsh labels. He acknowledges it may take a day or two before you are calm enough to analyze well, so be gentle with yourself.

Third, seek help. People who keep improving tend to ask others why they fell short, and also why they succeeded, since others see things we miss. Fourth, if you have no teacher or mentor, become your own. Following a technique from Yeager's studies, write a letter on an index card or sheet of paper to the next person trying to learn what you are learning, explaining growth mindset, how it differs from a fixed mindset, and how stress can enhance performance. Doing this improves your own performance now and later.

Fifth, Huberman's own contribution: rethink the saying that the mind is like a muscle. Resistance training gives an immediate pump, a preview of future growth. Learning gives no such preview; while you are learning, you feel worse, confused and frustrated, and that very strain is what triggers the learning, which is consolidated during recovery, including sleep. A better analogy would be muscles that shrink during training and then rebound bigger. Understanding this helps you recognize discomfort as learning in progress rather than as proof you cannot learn. He closes with an overarching mindset: believing that mindsets are powerful and can be cultivated, even if it takes time.

Conclusion

This episode turns decades of mindset research into a practical approach. Praising effort, persistence and problem-solving rather than intelligence or talent leads people to take on harder challenges, perform better and stay honest about results. Growth mindset works because it redirects attention after mistakes from emotional sting to analysis, and a stress-is-enhancing mindset reframes the pounding heart and frustration of hard work as resources that sharpen focus. Combined, as Yeager's research shows, even a brief lesson in both can meaningfully improve well-being and performance. For students, parents, coaches and anyone learning something hard, the episode offers a clear, science-backed way to talk to others and to yourself.

This is a summary of "How to Enhance Performance & Learning by Applying a Growth Mindset" from Huberman Lab, giving you the GIST so you can decide if you want the REST. Listen to the full episode.