Andrew Huberman: My Exact Routine To Optimize Brain & Body, I Do All Of These Every Day!

The Cortisol Awakening Response [0:07:08]

• Your body is designed to have a natural cortisol spike within the first 60 minutes of the day to drive alertness.
• A healthy cortisol peak in the morning is essential for establishing a low-cortisol trough at night, which is required for quality sleep.

  You want this peak in cortisol as high as possible in the first 60 minutes of your day.

Hydration First [0:09:47]

• Hydration immediately upon waking serves as a primary signal to the brain, activating the vagus nerve to jumpstart cognitive sharpness.
• Aim for 16-32 ounces of water early in the day to support this biological wake-up call.

  Your mind is exceedingly more sharp when you're well hydrated, and it actually helps boost your morning cortisol.

Sunlight as a Circadian Anchor [0:11:15]

• Viewing low-angle morning sunlight activates specific cells in the eye that communicate directly with your master circadian clock.
• This process triggers an alternate neural pathway that releases adrenaline and cortisol, setting your entire day’s rhythm.

  When you view sunlight, there's this beautiful phenomenon that activates these melanopsin intrinsically photosensitive ganglion cells.

The Danger of Bright Nights [0:15:02]

• Exposure to artificial LED light after 6 p.m. disrupts melatonin and keeps cortisol levels inappropriately high.
• This misalignment is linked to metabolic sickness, cancer risk, and shortened lifespans.

  The risk of dying early if you have bright nights goes up immensely.

Mitochondrial Health and Red Light [0:18:22]

• Long-wavelength red and infrared light can penetrate the skin to improve mitochondrial efficiency.
• Sunlight provides a full-spectrum balance that protects cells from oxidative stress better than isolated artificial devices.

  This long wavelength infrared light that comes from the sun, it's the heat that you feel from the sun or from a long wavelength light device, allows... your mitochondria to function more effectively.

Exercise for Performance [0:26:40]

• Cardiovascular and resistance training in the first three hours of the day leverages your natural cortisol peak for maximum benefit.
• Compound movements provide the highest return on investment for building strength and definition.

  You're going to get a lot more bang for your buck if you're doing pull-ups, rows, dips, multiple muscles at once, multiple joints moving at once.

The Anterior Mid-Cingulate Cortex [0:30:30]

• This brain area is the neurological seat of tenacity, firing when you lean into internal or external resistance.
• It is highly plastic; engaging in difficult tasks you don't want to do physically grows this region.

  When you do something that you don't want to do, that you don't reflexively do, your anterior mid-cingulate cortex gets bigger and more willing to engage in challenging things going forward.

Real-Time Stress Mitigation [0:42:35]

• The 'physiological sigh'—a double inhale followed by a long exhale—is the fastest way to offload carbon dioxide and slow the heart rate.
• This mechanism uses the vagus nerve to force a parasympathetic, or calming, response.

  The real magic of deliberate long exhales is that they slow your heart rate down through a process called respiratory sinus arrhythmia.

Falling Asleep via Eye Movements [0:48:47]

• Moving your eyes in specific patterns (side-to-side, circular) can shut down proprioceptive circuits in the cerebellum.
• This process helps you 'forget' your body position and facilitates a faster transition to sleep.

  It turns out there's a pattern of eye movement that can shut down the proprioceptive circuits in the cerebellum, which make you forget your limb position.

Nutrition and Glucose Buffering [0:54:35]

• Starches can help lower cortisol at night, which may assist in falling and staying asleep.
• Focus on high complete protein-to-calorie ratios to fuel muscles without excessive caloric intake.

  Starches lower cortisol and you want your cortisol low at night. Helps you fall and stay asleep.

Learning and Plasticity [1:00:15]

• Neuroplasticity is induced by failure; you must make genuine, difficult attempts at new skills to signal the brain to change.
• Exercise primes the brain for learning by elevating arousal levels in the hours following a workout.

  You need to be alert to learn things. In particular, you need adrenaline and cortisol elevated to learn things.

The Power of Faith and Prayer [1:15:35]

• Faith and prayer act as 'emotional goggles,' allowing humans to access meaning and peace beyond logical, material understanding.
• Surrendering the need to control every outcome can reduce anxiety and improve overall well-being.

  Everything got better. It relieved me of the pressure to control everything internally and externally.

Glymphatic Clearance [1:27:15]

• Sleep is critical for clearing waste products from the brain via the glymphatic system.
• Sleeping on your side with the head slightly elevated may optimize this clearance process.

  Very important for offsetting dementia, getting rid of bags under your eyes.

Supplementation Strategy [1:31:00]

• Focus on foundational supplements like Omega-3 (EPA), Magnesium, and Vitamin D to support brain and hormone health.
• Alpha-GPC can assist with focus, but should be used with caution regarding cardiovascular markers.

  If somebody's sleeping terrifically well, I'd say nothing for sleep. If they're not sleeping terrifically well, I would suggest they try magnesium threonate or magnesium bisglycinate.

Spontaneous Movement (NEAT) [1:36:20]

• Non-exercise activity thermogenesis (NEAT) is a significant factor in maintaining metabolic health and leanness as we age.
• Constant, spontaneous movement helps regulate blood glucose and keeps the mitochondrial system from becoming overloaded.

  Some people who just move a bit more, about a thousand calories per day.

The Role of Awe [1:41:00]

• Transitioning between small-scale and large-scale perspectives induces awe, which is vital for mental health.
• Maintaining a sense of mystery about life, even while pursuing scientific rigor, creates a more enriching existence.

  It's also fun as a scientist who loves mechanisms and cells and circuits and neuromodulators. And it's enriching to have a part of life that like, I can just explore in.