<ul><li>Neural plasticity allows us to learn, adapt and improve at any age but requires effort after early development.</li><li>Releasing acetylcholine through visual focus techniques can activate plasticity for learning.</li><li>Practicing focused attention for learning in alertness periods, followed by rest, enhances memory and brain change.</li><li>A balanced approach of focus, rest, sleep, and mindless repetition aids self-improvement.</li></ul>

How to Focus to Change Your Brain — Key Takeaways

<ol><li>Prioritizing high-quality sleep for memory consolidation after focused learning. </li></ol><ul><li>Considering the use of supplements or medications to boost acetylcholine in moderation and under medical guidance.  </li><li>Balancing intense focus with mindless, repetitive activities that activate the reward system, like walking, running, or cycling.</li></ul>

Protocol for Harnessing Neural Plasticity — Part 2

To activate neural plasticity as an adult, three key factors are required: alertness, focus and rest. <ul><li>Alertness: This can be achieved through motivation, emotion, caffeine, or a good sleep schedule. </li><li>Focus: Learning to focus visual attention is key. Staring at a fixed point without blinking for 1–2 minutes can increase focus and release acetylcholine. </li><li>Rest: Both non-REM sleep and <a href="https://www.youtube.com/watch?v=AKGrmY8OSHM&ab_channel=VirtusanApp">non-sleep deep rest﻿</a> help consolidate learning from focused periods. A 20-minute rest after learning can aid memory formation.</li></ul>

Accessing Neural Plasticity

For learning and self-improvement, Huberman recommends:<ol><li>Identifying when you are most alert and focusing learning during those times. </li><li>Practicing 90-minute focused learning periods within your ultradian cycles, with breaks in between. Start gradually and don't expect full focus at first.</li><li>Using visual focus techniques to activate acetylcholine release. This could be staring at a fixed point or reducing peripheral vision.</li><li>Taking 20-minute non-sleep deep rest periods after focused learning. This could involve lying down with eyes closed and no sensory input.</li></ol>

Protocol for Harnessing Neural Plasticity — Part 1

Neural plasticity involves strengthening and weakening connections between neurons in the brain in response to experiences. This is governed by key neurotransmitters like acetylcholine and epinephrine, which are released when we pay close attention. Early in life, neural plasticity occurs readily in response to experiences, but after age 25, it requires conscious effort and specific conditions to be activated.

Mechanisms of Neural Plasticity 

The podcast focuses on discussing neural plasticity, or the brain's ability to change in response to experience. Dr. Huberman provide an overview of the mechanisms involved in neural plasticity, how to access it at different stages of life, and protocols to harness it for learning and self-improvement. 

This episode introduces neuroplasticity—which is how our brain and nervous system learn and acquire new capabilities. I describe the differences between childhood and adult neuroplasticity, the chemicals involved and how anyone can increase their rate and depth of learning by leveraging the science of focus. I describe specific tools for increasing focus and learning. The next two episodes will cover the ideal protocols for specific types of learning and how to make learning new information more reflexive. For the full show notes, visit hubermanlab.com. Thank you to our sponsors AG1 (Athletic Greens): https://athleticgreens.com/huberman LMNT: https://drinklmnt.com/huberman Thesis: https://takethesis.com/huberman Supplements from Momentous https://www.livemomentous.com/huberman Timestamps (00:00:00) Introduction (00:00:32) Sponsors: AG1, LMNT, Thesis, Momentous (00:03:50) Plasticity: What Is it, & What Is It For? (00:06:30) Babies and Potato Bugs (00:08:00) Customizing Your Brain (00:08:50) Hard-Wired Versus Plastic Brains (00:10:25) Everything Changes At 25 (00:12:29) Costello and Your Hearing (00:13:10) The New Neuron Myth (00:14:10) Anosmia: Losing Smell (00:15:13) Neuronal Birthdays Near Our Death Day (00:16:45) Circumstances for Brain Change (00:17:21) Brain Space (00:18:30) No Nose, Eyes, Or Ears (00:19:30) Enhanced Hearing and Touch In The Blind (00:20:20) Brain Maps of The Body Plan (00:21:00) The Kennard Principle (Margaret Kennard) (00:21:36) Maps of Meaning (00:23:00) Awareness Cues Brain Change (00:25:20) The Chemistry of Change (00:26:15) A Giant Lie In The Universe 00:27:10) Fathers of Neuroplasticity/Critical Periods 00:29:30) Competition Is The Route to Plasticity 00:32:30) Correcting The Errors of History 00:33:29) Adult Brain Change: Bumps and Beeps (00:36:25) What It Takes to Learn (00:38:15) Adrenalin and Alertness (00:40:18) The Acetylcholine Spotlight (00:42:26) The Chemical Trio For Massive Brain Change (00:44:10) Ways To Change Your Brain (00:46:16) Love, Hate, & Shame: all the same chemical (00:47:30) The Dopamine Trap (00:49:40) Nicotine for Focus (00:52:30) Sprinting (00:53:30) How to Focus (00:55:22) Adderall: Use & Abuse (00:56:40) Seeing Your Way To Mental Focus (01:02:59) Blinking (01:05:30) And Ear Toward Learning (01:06:14) The Best Listeners In The World (01:07:20) Agitation is Key (01:07:40) ADHD & ADD: Attention Deficit (Hyperactivity) Disorder (01:12:00) Ultra(dian) Focus (01:13:30) When Real Change Occurs (01:16:20) How Much Learning Is Enough? (01:16:50) Learning In (Optic) Flow/Mind Drift (01:18:16) Synthesis/Summary (01:25:15) Learning With Repetition, Forming Habits As always, thank you for your interest in science! Title Card Photo Credit: Mike Blabac Disclaimer

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This episode introduces neuroplasticity—which is how our brain and nervous system learn and acquire new capabilities. I describe the differences between childhood and adult neuroplasticity, the chemicals involved and how anyone can increase their rate and depth of learning by leveraging the science of focus. I describe specific tools for increasing focus and learning. The next two episodes will cover the ideal protocols for specific types of learning and how to make learning new information more reflexive. For the full show notes, visit hubermanlab.com. Thank you to our sponsors AG1 (Athletic Greens): https://athleticgreens.com/huberman LMNT: https://drinklmnt.com/huberman Supplements from Momentous https://www.livemomentous.com/huberman Timestamps (00:00:00) Introduction (00:00:32) Sponsors: AG1, LMNT (00:03:50) Plasticity: What Is it, & What Is It For? (00:06:30) Babies and Potato Bugs (00:08:00) Customizing Your Brain (00:08:50) Hard-Wired Versus Plastic Brains (00:10:25) Everything Changes At 25 (00:12:29) Costello and Your Hearing (00:13:10) The New Neuron Myth (00:14:10) Anosmia: Losing Smell (00:15:13) Neuronal Birthdays Near Our Death Day (00:16:45) Circumstances for Brain Change (00:17:21) Brain Space (00:18:30) No Nose, Eyes, Or Ears (00:19:30) Enhanced Hearing and Touch In The Blind (00:20:20) Brain Maps of The Body Plan (00:21:00) The Kennard Principle (Margaret Kennard) (00:21:36) Maps of Meaning (00:23:00) Awareness Cues Brain Change (00:25:20) The Chemistry of Change (00:26:15) A Giant Lie In The Universe 00:27:10) Fathers of Neuroplasticity/Critical Periods 00:29:30) Competition Is The Route to Plasticity 00:32:30) Correcting The Errors of History 00:33:29) Adult Brain Change: Bumps and Beeps (00:36:25) What It Takes to Learn (00:38:15) Adrenalin and Alertness (00:40:18) The Acetylcholine Spotlight (00:42:26) The Chemical Trio For Massive Brain Change (00:44:10) Ways To Change Your Brain (00:46:16) Love, Hate, & Shame: all the same chemical (00:47:30) The Dopamine Trap (00:49:40) Nicotine for Focus (00:52:30) Sprinting (00:53:30) How to Focus (00:55:22) Adderall: Use & Abuse (00:56:40) Seeing Your Way To Mental Focus (01:02:59) Blinking (01:05:30) And Ear Toward Learning (01:06:14) The Best Listeners In The World (01:07:20) Agitation is Key (01:07:40) ADHD & ADD: Attention Deficit (Hyperactivity) Disorder (01:12:00) Ultra(dian) Focus (01:13:30) When Real Change Occurs (01:16:20) How Much Learning Is Enough? (01:16:50) Learning In (Optic) Flow/Mind Drift (01:18:16) Synthesis/Summary (01:25:15) Learning With Repetition, Forming Habits As always, thank you for your interest in science! Title Card Photo Credit: Mike Blabac Disclaimer

Huberman Lab discusses neuroscience: how our brain and its connections with the organs of our body control our perceptions, our behaviors, and our health. We also discuss existing and emerging tools for measuring and changing how our nervous system works. Dr. Andrew Huberman is a tenured professor of neurobiology and ophthalmology at Stanford School of Medicine. His laboratory studies neural regeneration, neuroplasticity, and brain states such as stress, focus, fear, and optimal performance. For more than 20 years, Dr. Huberman has consistently published original research findings and review articles in top-level peer-reviewed journals, including Nature, Science, Cell, Neuron, and Current Biology. He is a regular member of several National Institutes of Health review panels and a Fellow of the McKnight Foundation and the Pew Charitable Trusts. Dr. Huberman regularly consults for technology development companies, professional athletic organizations, and various units of U.S. and Canadian Special Operations.