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The Science of Gratitude & How to Build a Gratitude Practice

In this episode, I discuss the science of gratitude, which has been shown in peer-reviewed studies to have tremendous positive effects on mental and physical health. I explain, however, that most commonly used gratitude practices are ineffective (such as gratitude lists). The key elements of highly effective gratitude practices are described, including the essential need for story (narrative), receiving or perceiving gratitude rather than giving it, and the role that theory of mind plays in this context. I also discuss why we can't simply make up feelings of gratitude and how reluctance undermines the process. I also explain the neural circuit mechanisms that underlie the reductions in fear and increases in motivation and lowering of inflammatory chemicals that effective narrative-based gratitude can trigger. Throughout the episode, I use the science of gratitude to design a brief but highly effective protocol. Thank you to our sponsors: ROKA - https://www.roka.com - code "huberman" InsideTracker - https://www.insidetracker.com/huberman Magic Spoon - https://www.magicspoon.com/huberman Our Patreon page: https://www.patreon.com/andrewhuberman Supplements from Thorne: https://www.thorne.com/u/huberman Social: Instagram - https://www.instagram.com/hubermanlab Twitter - https://twitter.com/hubermanlab Facebook - https://www.facebook.com/hubermanlab Website - https://hubermanlab.com Newsletter - https://hubermanlab.com/neural-network Links: Neural Correlates of Gratitude (Damasio) - https://bit.ly/3oS8TNr Reducing Inflammatory Cytokines & Fear With Gratitude - https://bit.ly/3oPsSwv Timestamps: 00:00:00 Introduction: Gratitude Science & Surprises 00:01:50 Controlling Heart Rate with Story 00:04:33 Sponsors: ROKA, InsideTracker, Magic Spoon 00:09:11 Major, Long-Lasting Benefits of Gratitude Practice 00:12:20 Prosocial vs. Defensive Thinking, Behaviors, & Neural Circuits 00:17:50 Why We All Need an Effective Gratitude Practice 00:21:22 Neurochemistry & Neural Circuits of Gratitude 00:25:10 Prefrontal Cortex Set Context 00:30:10 Ineffective Gratitude Practices; Autonomic Variables 00:34:55 Key Features of Effective Gratitude Practices: Receiving Thanks & Story 00:42:30 Theory of Mind Is Key 00:45:50 Building Effective Gratitude Practices: Adopting Narratives, Duration 00:52:28 Narratives That Shift Brain-Body Circuits 00:56:15 You Can’t Lie About Liking Something; Reluctance In Giving 00:59:55 How Gratitude Changes Your Brain: Reduces Anxiety, Increases Motivation 01:03:00 5 Minutes (Is More Than Enough), 3X Weekly, Timing Each Day 01:05:44 Empathy & Anterior Cingulate Cortex 01:07:35 Reducing Inflammation & Fear with Gratitude 01:10:56 Serotonin, Kanna/Zembrin 01:16:00 Neuroplasticity, Pharmacology, Brain Machine Interfaces 01:18:50 The Best Gratitude Practices: & How To, My Protocol 01:24:25 Subscribe & Feedback, Supporting Sponsors, Supplements (Thorne) Please note that The Huberman Lab Podcast is distinct from Dr. Huberman's teaching and research roles at Stanford University School of Medicine. The information provided in this show is not medical advice, nor should it be taken or applied as a replacement for medical advice. The Huberman Lab Podcast, its employees, guests and affiliates assume no liability for the application of the information discussed. Title Card Photo Credit: Mike Blabac - https://www.blabacphoto.com

Andrew Hubermanhost
Nov 21, 20211h 25mWatch on YouTube ↗

At a glance

WHAT IT’S REALLY ABOUT

Transform Your Brain And Health With Science-Backed Gratitude Practice

  1. Andrew Huberman explains that most popular gratitude practices—like listing things you're grateful for—are surprisingly ineffective at changing brain and body states in lasting ways.
  2. Drawing on neuroimaging, physiology, and psychology studies, he shows that the most powerful form of gratitude involves *receiving* genuine thanks, or deeply experiencing stories of others receiving help and expressing gratitude.
  3. Repeated narrative-based gratitude practice, done just 1–5 minutes a few times per week, measurably reshapes brain circuits, reduces fear and inflammation, and enhances motivation, well-being, and social connection.
  4. Huberman concludes with a practical protocol anyone can implement, grounded in story, emotional authenticity, and brief, consistent repetition rather than long, vague gratitude lists.

IDEAS WORTH REMEMBERING

5 ideas

Most common gratitude practices (simple lists) are weak at rewiring the brain.

Studies show that just writing or reciting lists of things you're grateful for has limited impact on brain activation, inflammatory markers, or long-term psychological change. Effects can be slightly boosted by increasing autonomic arousal (e.g., intense breathing or cold exposure beforehand), but even then, these list-based practices are not the most potent way to engage gratitude circuits.

The most powerful gratitude is *received*, not given.

Neuroimaging work (e.g., coworkers reading gratitude letters aloud) shows that the strongest activation of prefrontal gratitude circuits occurs when someone *receives* genuine thanks. Observing someone else receiving help and feeling grateful—through a vivid story—can activate similar circuits via Theory of Mind, allowing you to tap into these benefits even when you’re not the direct recipient.

Effective gratitude hinges on narrative and genuine emotion, not forced positivity.

The brain’s medial prefrontal cortex sets context and meaning. It responds powerfully to rich, emotionally grounded stories of struggle, help, and sincere appreciation—such as survivors of genocide being helped in small but life-saving ways. You cannot “fake” gratitude for things you actually resent; imaging shows that intention and authenticity of the benefactor strongly shape whether true gratitude circuits, not just generic pleasure, get engaged.

Brief, repeated gratitude practice reshapes emotion and motivation networks.

As little as 5 minutes of gratitude meditation, repeated over weeks, changes resting-state functional connectivity in brain networks linked to emotion and motivation. Fear and anxiety-related circuits (e.g., amygdala, resentment networks) become less dominant, while circuits supporting well-being and goal pursuit become more active. This yields a more positive default state even when you are *not* actively practicing gratitude.

Gratitude improves physical health by lowering inflammation and threat reactivity.

In women, a structured gratitude practice reduced amygdala activity (threat detection) and significantly lowered inflammatory cytokines TNF-α and IL‑6—molecules implicated in chronic disease and systemic stress. These changes appeared rapidly after practice. Heart rate and breathing also synchronize into more regulated patterns during narrative-based gratitude, indicating coordinated brain–body state shifts.

WORDS WORTH SAVING

5 quotes

It turns out that an effective gratitude practice doesn’t resemble that at all.

Andrew Huberman

The most potent form of gratitude practice is not a gratitude practice where you give gratitude or express gratitude, but rather where you receive gratitude.

Andrew Huberman

Neural circuitry is very powerful and very plastic... but it’s not stupid. And when you lie to yourself about whether or not an experience is actually good for you or not, your brain knows.

Andrew Huberman

A regular gratitude practice can shift the pro-social circuits so that they dominate our physiology and our mindset in ways that can enhance many, many aspects of our physical and mental health by default.

Andrew Huberman

Five minutes long. It’s incredible. Five minutes long. And they were getting these really major effects just from five minutes of gratitude practice.

Andrew Huberman

Difference between effective and ineffective gratitude practicesNeural circuitry of pro-social vs defensive statesRole of serotonin, oxytocin, and prefrontal cortex in gratitudeStory, narrative, and physiological synchronization (heart–brain coupling)Gratitude’s impact on inflammation, immunity, fear, and motivationTheory of Mind, empathy, and anterior cingulate cortexPractical design of a brief, science-based gratitude protocol

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