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Episode
In 30 Days You'll Have ZERO Brain Fog and MORE Brain Cells (works immediately)
~55 min
Episode Brief·YouTube

In 30 Days You'll Have ZERO Brain Fog and MORE Brain Cells (works immediately)

Thomas DeLauer
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TL;DR

The four things you'd lose by not watching

4 items

TL;DR

The four things you'd lose by not watching

4 items
1

To boost brain performance in 30 days, increase creatine to 15–20 g with 500 mg sodium to force uptake across the blood-brain barrier via the sodium chloride-dependent transporter.

2

Add 2–3 g of the creatine precursor GAA (guanidinoacetic acid), which a 2024 RCT showed increases brain oxygen saturation and raises brain creatine levels 9–17% in different regions.

3

Stack daily: 1 cup blueberries, 2 tbsp C8 MCT oil, a methylated multivitamin in the evening, 15–30 min of binaural beats midday, and 3 sauna sessions per week for glymphatic clearance.

4

Every two weeks do a 36-hour monk fast for autophagy and ketones; also include HIIT sprints to reset dopamine sensitivity and transcranial red light therapy for mitochondrial photon tunneling.

Protocols

Concrete recipes — what, when, how much, and why

10 items

High-dose creatine + sodium for brain uptake

WhatTake 15–20 g of creatine monohydrate combined with about 500 mg of sodium within a 15–20 minute window.
WhenMorning, after coffee with MCT oil and HIIT workout, alongside GAA and blueberries.
Dose15–20 g creatine, 500 mg sodium, once daily for 30 days.
For whomAnyone seeking cognitive enhancement; particularly those who have taken creatine before but want to push past muscular saturation to boost brain levels. DeLauer himself would use this temporarily for a mental performance period.
WhyMuscles and liver saturate first; the brain gets leftover creatine. Because the blood-brain barrier creatine transporter is sodium-chloride-dependent, adding sodium increases brain creatine uptake by up to 47%.
CaveatsDoses this high can cause water retention; he notes he doesn't 'personally like taking 20 or 30 g of creatine' due to that side effect. Use for a short-term brain optimization window (30 days).

DeLauer explains that many people take 5 g of creatine thinking it benefits the brain, but the brain is essentially last in line. The muscle and liver saturate first, leaving what he calls 'sloppy seconds' for the brain. He points out that creatine does not easily cross the blood-brain barrier—it is restricted. So to get a meaningful amount into the CNS, you either take huge doses (which he dislikes due to water retention) or you enhance transport. The key is sodium. He references a previous study showing a 47% increase in brain creatine uptake when sodium, magnesium, and calcium are optimized. He therefore recommends adding 500 mg of sodium alongside the creatine, and ensuring that magnesium and calcium are adequate. He says this is a temporary protocol for a 30-day sprint.

Mechanism

Creatine is transported into the brain via the sodium-chloride-dependent transporter SLC6A8. A sodium gradient is required for this process, and adequate intracellular magnesium and calcium support the gradient. Without enough sodium, creatine cannot effectively cross the BBB, and the brain receives only a fraction of supplemental creatine. High doses (15–20 g) are needed because tissue saturation prioritizes muscle and liver.

Personal experience

He says, 'I don't personally like taking 20 or 30 g of creatine. That's a whole lot because I start to retain some water. So, there's a couple things that you can do. For one, like 15 to 20 grams is probably a good place to be if you needed to do it temporarily to increase that brain function.'

Creatine in order to cross the blood brain barrier actually needs a sodium gradient. So it actually needs a little bit of sodium to properly get across the blood brain barrier.

Also said
“A 47% increase in creatine uptake into the brain when sodium chloride levels are adequate and when magnesium and calcium is intracellular.”— Quantifies the benefit of sodium co-transport.

GAA (guanidinoacetic acid) with creatine for brain oxygenation

WhatCombine 2–3 grams of GAA powder with the creatine dose.
WhenMorning, alongside creatine and blueberries.
Dose2–3 g GAA daily during the 30-day period.
For whomAnyone looking to maximally boost brain energy metabolism; those who want cognitive benefits without the water retention of ultra-high creatine doses.
WhyGAA is the immediate precursor to creatine and independently raises brain creatine levels (white matter +12%, gray matter +9%, cerebellum +17%) and increases prefrontal cortex oxygen saturation.
CaveatsDeLauer doesn't mention side effects but says it's 'very inexpensive' and he has been 'blown away' by the research, implying good tolerability in his experience.

DeLauer positions GAA as the missing link for brain creatine. He acknowledges that creatine is 'arguably becoming more of a brain supplement than anything else,' but its poor BBB penetration is a major limitation. GAA solves this because it is the direct precursor and can boost brain levels without massive creatine doses. He cites the 2024 study in detail, emphasizing that the prefrontal cortex—critical for executive function—saw increased oxygen delivery. This protocol is a 'stack' with creatine, making it a synergistic approach. He believes this combination is a legitimate cognitive enhancer, not a marginal effect.

Mechanism

GAA is converted to creatine in the body, but it appears to cross into the brain more readily or support endogenous synthesis there. A 2024 RCT crossover design used magnetic resonance to show that GAA combined with creatine significantly increased blood oxygen saturation in the prefrontal cortex, suggesting enhanced mitochondrial oxygen utilization. Even without exogenous creatine, GAA supplementation elevated brain creatine stores by 9–17% across different regions.

Personal experience

He says, 'I have just become so blown away by the research. There was a new 2024 study. It was an RCT crossover design... I just filmed a number of videos on GAA.' This suggests he is actively using and promoting it.

Even without creatine, will increase the brain levels of creatine by 12% in the white matter, 9% in the gray matter, and 17% in the cerebellum.

Also said
“When GAA was combined with creatine, it significantly increase the amount of oxygen to the particular region of the brain being used mainly to the prefrontal cortex. This is not like smallcale stuff. This is very legit.”— Highlights the study's rigorous methodology and credible effect size.

Daily cup of blueberries for anthocyanins

WhatEat 1 cup of whole blueberries in the morning.
WhenMorning, post-workout or with breakfast.
Dose1 cup daily for 30 days.
For whomEveryone; a low-calorie, nutrient-dense addition.
WhyAnthocyanins cross the blood-brain barrier, act as targeted antioxidants, and increase BDNF (brain-derived neurotrophic factor). The whole-food matrix enhances absorption.
CaveatsHe says it's not that many carbs ('which isn't that much in the way of carbs, believe it or not'), implying it's compatible with low-carb diets.

DeLauer describes anthocyanins as 'antioxidants with a homing device,' meaning they specifically target brain tissue. He prefers whole blueberries over extracts because the food matrix provides co-factors for absorption. He isn't against supplements, but believes the whole food is superior. The recommendation fits into the morning stack after coffee and HIIT, pairing with protein for a complete post-workout meal. He emphasizes that 1 cup is a modest amount of carbohydrates, making it suitable even for those monitoring intake.

Mechanism

Anthocyanins are polyphenols that can cross the BBB and localize in brain regions involved in learning and memory. They reduce oxidative stress and stimulate BDNF production, supporting neuroplasticity. The food matrix—the natural spectrum of carbohydrates, fiber, and cofactors—aids their bioavailability.

Personal experience

He says, 'For me, legit like a cup, which isn't that much in the way of carbs, believe it or not.' This indicates personal practice.

I want you to think of them as antioxidants with a homing device. That's the way that it is. It's like they have a GPS, right?

Also said
“Anthocyanins can cross the blood brain barrier. Could you take a supplement or an extract? Sure. But I am a firm believer that the whole food source is great.”— Justifies the whole-food recommendation over supplementation.

36-hour monk fast every two weeks

WhatA 36-hour fast (e.g., from dinner day 1 to breakfast day 3) repeated once every two weeks during the 30-day period.
WhenEvery two weeks, so two total fasts in the month.
Dose36 hours, twice in 30 days.
For whomPeople already familiar with fasting; those looking for a deeper autophagy and brain reset.
WhyAfter 24 hours, heightened ketone production and substrate switching occur, providing metabolic and brain energetic benefits beyond daily intermittent fasting.
CaveatsHe doesn't detail breaking the fast but says he has other videos on that. Starting with once every two weeks is his conservative recommendation.

DeLauer acknowledges that daily 16–18 hour fasts are fine, but the real brain benefits come after 24 hours when ketones and autophagy are maximized. He calls it a 'monk fast' and says doing it infrequently is a 'sweet spot.' He promises metabolic benefit, brain benefit, ketone benefit, brain energetics benefit, and other cellular benefits. He frames this as something he has personally done and would do if optimizing for brain performance. He doesn't get into the breaking procedure here, referring viewers to his other content.

Mechanism

Fasting induces autophagy (cellular cleanup) which begins around 16–20 hours but peaks later. Beyond 24 hours, the body significantly increases ketone production, providing an alternative fuel for the brain. Ketones like beta-hydroxybutyrate are efficient brain fuels and signal molecules that promote neuronal resilience. The 36-hour duration, often called a monk fast, balances deep metabolic transition with feasibility, avoiding the catabolic risks of longer fasts.

Personal experience

While not explicitly stated about the 36-hour fast in this segment, he says, 'I have done this. I've just done it in shorter consolidated periods of time. So, this is legit what I have done.' He implies including fasts.

Autophagy doesn't even kick in until like 16 hours to 20 hours, realistically. Then above 24 hours, you have a heightened amount of ketones and you have substrate switching that's occurring.

Also said
“36-hour fasting done infrequently is a sweet spot where you get metabolic benefit, brain benefit, ketone benefit, brain energetics benefit, and a number of other cellular benefits.”— Summarizes the multi-faceted rationale.

C8 MCT oil for brain network stability

WhatConsume 2 tablespoons of C8 MCT oil, preferably in morning coffee.
WhenFirst thing in the morning, fasted, with coffee.
Dose2 tablespoons minimum daily.
For whomAnyone wanting better mental clarity and calm focused energy.
WhyC8 crosses the BBB better and gets converted to ketones even without ketosis. It also regulates 'network stability,' the ability of different brain regions to communicate efficiently.
CaveatsHe warns that it might cause digestive urgency: 'Hopefully that doesn't make you have to run to the bathroom and be seat belted to the toilet.' Start slow if needed.

DeLauer explains that a 'calm brain is a fast brain' and that network stability is the neurological basis for those best days when you feel clear and unreactive. MCT oil, especially C8, fuels the brain with ketones even if you're not in ketosis, and it stabilizes communication between brain regions. He suggests taking it in coffee as part of the morning fasted state, post-awakening and before HIIT. This is a daily practice throughout the 30-day period.

Mechanism

C8 is a medium-chain triglyceride that rapidly converts to ketones in the liver, providing an alternative energy substrate for the brain. Independent of ketosis, MCT oils have been shown to improve brain network stability—the coherence and synchronization of neural networks. This is described as making the brain 'calm and fast,' reducing reactivity while increasing processing speed.

Personal experience

He says, 'This is legit what I have done and what I would do if I needed to optimize for my brain.' Thus he likely includes MCT oil.

MCT oils regulate what are called network stability. This is the ability for the brain to communicate together.

Also said
“A calm brain is a fast brain. A network stable brain is a calm brain that can move fast.”— Epigrammatic summary of the desired cognitive state.

Evening methylated multivitamin

WhatTake a high-quality methylated multivitamin (e.g., from Bowar Nutrition or Mito) in the evening.
WhenEvening, with dinner or before bed.
DoseOnce daily, throughout the 30 days.
For whomAnyone with potential dietary gaps; those on calorie-restricted or monotonous diets.
WhyThe brain doesn't function well with nutrient gaps; a multivitamin ensures micronutrient sufficiency, especially for methylation-dependent neurotransmitter synthesis.
CaveatsLook for methylcobalamin (not cyanocobalamin) and methylated folates. He mentions specific brands but no formal endorsement.

DeLauer argues that the modern focus on calories has drawn attention away from nutrient density. He says the brain 'just can't handle these nutrient gaps all the time' and that it might even be better to fast completely than to eat a nutrient-poor diet. He recommends taking the multivitamin in the evening as part of the wind-down routine, alongside sauna if possible. He asserts that stable nutrition is a foundational layer for any brain optimization protocol.

Mechanism

Methylation is critical for synthesizing neurotransmitters like dopamine, serotonin, and norepinephrine. A methylated multivitamin provides bioavailable B-vitamins (B12, folate) that support this process without requiring conversion in the body, which can be impaired by genetic variants. Nutrient gaps, even minor ones, can impair cognitive function because the brain has high metabolic demands and is sensitive to deficiencies.

Personal experience

He says, 'I just firmly believe that keeping nutrition stable and using a multivitamin now and then is going to be effective.' He doesn't specify he takes it daily, but implies it's his practice.

The brain just doesn't work well on nutrient gaps. ... I just firmly believe that keeping nutrition stable and using a multivitamin now and then is going to be effective.

Also said
“A couple that are really good, Bowar Nutrition has a good one and Mito. Those are two really good multivitamins.”— Provides brand names for quality options.

Midday binaural beats session

WhatUse headphones to listen to binaural beats at 8–12 Hz for focus or 4–7 Hz for calm/memory for 15–30 minutes.
WhenAround lunchtime or whenever you eat lunch.
Dose15–30 minutes daily.
For whomPeople who find meditation difficult; anyone wanting a midday mental reset.
WhyBinaural beats entrain brain waves to specific frequencies, promoting desired mental states (focus or calm), which is a 'gamified' alternative to meditation.
CaveatsHe says it may sound 'woo woo' but insists it's neuroscience. Find tracks on Spotify, Apple Music, or YouTube.

DeLauer introduces binaural beats as a practical tool because many people ignore meditation advice. He says it's a way to 'gify' (gamify) the process. He suggests doing it after lunch, just sitting with headphones on and letting the beats recalibrate the brain. He emphasizes that the different hertz ranges correspond to genuine brain functions: alpha for focus, theta for memory and calm. He says you'll feel different afterward—a state shift. This is part of the daily schedule, bridging the post-lunch dip and setting up the afternoon.

Mechanism

When two slightly different frequencies are played in each ear, the brain perceives a third 'beat' frequency equal to the difference, and its electrical activity tends to synchronize to that frequency (frequency following response). This can shift brain waves into alpha (8–12 Hz, relaxed alertness) or theta (4–7 Hz, deep calm and memory consolidation). The result is improved coherence and a subjective feeling of clarity and reduced reactivity.

Personal experience

He says, 'Trust me, the brain likes it. You feel different afterwards. It's a state shift.' This suggests personal trial and satisfaction.

Binaural beats is like a way for people to almost gify meditating.

Also said
“Our brain taps into certain hertz under different states, alpha waves, theta waves, delta waves. This is very common and very real and neuroscience has documented it.”— Grounds the practice in established neuroscience to deflect skepticism.

Sauna or hot bath for glymphatic clearance

WhatUse a sauna at high heat (or a very hot bath) 3 times per week, in the evening.
WhenEvening, before bedtime.
Dose3 times per week, until you become 'pretty hot'.
For whomAnyone seeking better sleep and brain detoxification; can be adapted to a bath if no sauna available.
WhyHigh heat increases intracranial pressure, which drives glymphatic system flow to flush brain metabolites and waste products, improving sleep and brain health.
CaveatsHe says a hot bath may be better than an infrared sauna for this purpose because you need the high heat. Don't burn yourself.

DeLauer draws a parallel to the lymphatic system, which requires movement, but the glymphatic system relies on pressure gradients. He says sauna heat creates that extra pressure, helping CSF 'go up and flush metabolites.' He explicitly ties this to improving sleep quality and brain clarity. Doing it three times per week and then sleeping soon after maximizes the effect. He acknowledges that infrared saunas are good, but traditional high-heat saunas or hot baths are superior for this specific mechanism.

Mechanism

The glymphatic system is the brain's waste clearance pathway, activated during deep sleep. Heat stress raises intracranial pressure, increasing cerebrospinal fluid (CSF) turnover and flushing out metabolites like beta-amyloid. This 'brainwashing' effect is amplified when combined with sleep, which is why he recommends evening sauna. Heat also increases cerebral blood flow, further supporting clearance.

Personal experience

He says, 'This is legit what I have done,' implying he uses sauna for brain health.

The glimpmphatic system flushes the brain happens when we sleep. But it can also happen when there's more intracranial pressure which comes from a high heat sauna or sitting in a hot bath where you're immersed in hot water.

Also said
“It's literal brainwashing. So the glimpmphatic system flushes the brain.”— Memorable phrase emphasizing waste clearance.

Transcranial red light therapy

WhatApply a red light therapy device directly to the head for 5–10 minutes daily.
WhenNot explicitly scheduled; can be done at any convenient time, likely morning or evening.
Dose5–10 minutes daily.
For whomThose interested in cutting-edge photobiomodulation; people with access to LED panels or devices.
WhyRed and near-infrared light penetrates the skull and stimulates mitochondrial cytochrome c oxidase, enhancing ATP production, and may involve quantum biological effects like photon tunneling.
CaveatsHe acknowledges it sounds insane but argues that EMF (which also penetrates tissue) is a negative example, while red light is positive. Use a device designed for the head.

DeLauer anticipates skepticism ('Have I lost my mind? Am I reaching?') and defends red light by comparing it to the known penetration of EMF radiation. He says that if EMF can get through the skull and cause harm, then therapeutic red light can also get through and cause benefit. He touches on quantum energetics, saying electrons can tunnel, and that light is energy for cells. He emphasizes that our cells emit biophotons, so we are light-sensitive organisms. He recommends just 5–10 minutes directly on the head, no need for long sessions. This is not explicitly placed in the daily schedule but is a key component of the 30-day plan.

Mechanism

Photons of red/NIR light are absorbed by cytochrome c oxidase in the mitochondrial electron transport chain, increasing the efficiency of oxygen consumption and ATP generation. In the brain, this can enhance neuronal metabolism and reduce oxidative stress. He also mentions quantum biology concepts: photon tunneling and electron 'teleportation' within mitochondria, which he admits sounds like quantum physics but insists is real. The net effect is increased brain energy and possibly neuroprotection.

Personal experience

He likely uses it himself, as he lists it in his personal protocol.

Like it or hate it, red light gets through our tissues and can even get through our skull. Just like EMF can too. And the literature is pretty strong.

Also said
“Light is energy for our cells. Light is energy. Our cells emit biopotons. We need to drop the ego on this stuff and realize that the brain will respond to light.”— Calls for a paradigm shift toward light-based biohacking.

HIIT sprints for dopamine sensitivity reset

WhatPerform high-intensity interval training, specifically sprints, to 'touch the intensity void' and reset dopamine sensitivity.
WhenIn the morning, after coffee with MCT oil, preferably fasted.
DoseUnspecified frequency; presumably several times a week, but he says 'do your HIIT' as part of a typical day in the schedule.
For whomPeople who feel overstimulated, reactive, or dependent on constant dopamine hits.
WhyHard, all-out efforts lower the threshold for dopamine release, making you more sensitive to daily pleasures and less addicted to high-stimulation activities like phone use.
CaveatsMust be genuinely high-intensity—'touch the void.' He doesn't give specific length or protocol, but the key is psychological effort, not just physical.

DeLauer explains that if you always do easy things, you keep pushing the dopamine boundary higher, needing more and more stimulation. By doing the hard thing—sprinting to the point of discomfort—you temporarily push through pain and then return to baseline, which effectively resets your sensitivity so that everyday activities become satisfying again. He says you'll notice you use your phone less, feel less overstimulated, and are less reactive. He places this HIIT session after the morning coffee and MCT oil, still fasted, to trigger BDNF and dopamine benefit, followed by the blueberry meal.

Mechanism

Dopamine sensitivity is regulated by the tonic and phasic activity of dopaminergic neurons. By enduring a difficult, painful task, you downregulate the baseline requirement for dopamine to feel rewarding. This counters the 'progressive augmentation' of dopamine needed from easy, high-stimulation activities (social media, sugar). Over time, you enjoy simpler things more, and compulsive behaviors decrease.

Personal experience

He frames the whole list as 'what I would do,' not necessarily documenting his own routine explicitly, but it is consistent with his philosophy.

When you do these hard sprints, you actually move your dopamine baseline. ... you require less to get a dopamine hit.

Also said
“If you do the hard thing and you allow yourself to do that, even touch the void, you get to this point where you reset your dopamine sensitivity and you will notice you use your phone less, you are stimulated less.”— Links the physiological mechanism to a tangible behavioral outcome.

What's new

Personal practice updates, fresh positions, predictions

3 items

GAA as a brain creatine booster

Thomas DeLauer has recently embraced guanidinoacetic acid (GAA), the immediate precursor to creatine, after a 2024 RCT crossover study found it significantly increased brain oxygen saturation and brain creatine levels.

Why this matters: Marks a shift in his thinking— he previously focused only on creatine itself, but now sees GAA as a critical addition because it crosses the blood-brain barrier more readily and raises brain creatine independently.

Background

Creatine supplementation is widely used for muscles, but brain uptake is limited. GAA has been studied mainly in animal models; this new human RCT with magnetic resonance blood oxygen saturation measurement provides strong evidence for its cognitive benefits.

DeLauer was so impressed by the emerging research that he filmed multiple videos on GAA. The study used a crossover design and measured blood oxygen saturation with magnetic resonance, showing that when GAA was combined with creatine, oxygen delivery to the prefrontal cortex significantly increased. Even without added creatine, GAA alone raised brain creatine levels in human trials: 12% increase in white matter, 9% in gray matter, 17% in the cerebellum. He argues this is not marginal but a legitimate neuro-enhancement strategy, because the brain accounts for over 20% of the body's energy demand and creatine is fundamental to ATP recycling. His personal practice now includes 2–3 g of GAA alongside creatine in the morning.

Personal experience

DeLauer says, 'I have just become so blown away by the research. There was a new 2024 study… I just filmed a number of videos on GAA because I have just become so blown away.' This indicates he adopted GAA after learning the new data.

This precursor to creatine, even without creatine, will increase the brain levels of creatine by 12% in the white matter, 9% in the gray matter, and 17% in the cerebellum.

Also said
“When GAA was combined with creatine, it significantly increase the amount of oxygen to the particular region of the brain being used mainly to the prefrontal cortex. This is not like smallcale stuff. This is very legit.”— Emphasizes the credibility of the evidence and the compound's specific effect on executive function region.

Sodium-chloride-dependent creatine transporter for brain uptake

Creatine needs a sodium gradient to cross the blood-brain barrier via the SLC6A8 transporter, so adding 500 mg of sodium with creatine can increase brain uptake.

Why this matters: Many people take creatine for brain benefits but aren't aware that the brain gets 'sloppy seconds' due to saturating muscle first and that sodium co-transport can dramatically improve brain delivery.

Background

Standard creatine protocols typically ignore the sodium requirement for CNS transport; DeLauer is countering that by referencing a study showing a 47% increase in brain creatine uptake when sodium, magnesium, and calcium levels are optimal.

DeLauer explains that the brain is not prioritized in creatine distribution—muscle and liver saturate first. The transporter responsible for moving creatine across the blood-brain barrier is sodium-chloride-dependent (SLC6A8). Without adequate sodium, creatine cannot effectively enter the brain. He cites a previous study (referenced in another video) where brain creatine uptake increased by 47% when sodium was sufficient and intracellular magnesium/calcium were present. The practical takeaway: take 500 mg of sodium within a 15–20 minute window of your creatine dose. This stacks with GAA for maximum effect.

Personal experience

He mentions, 'There was a study I referenced in another video a while back. A 47% increase in creatine uptake into the brain when sodium chloride levels are adequate.' He integrates this into his own protocol.

Creatine in order to cross the blood brain barrier actually needs a sodium gradient. So it actually needs a little bit of sodium to properly get across the blood brain barrier.

Also said
“There’s this thing that’s called the sodium chloride dependent creatine transporter A8.”— Names the specific transporter, adding scientific precision.

Binaural beats as a gamified meditation tool for brain state shifts

Instead of traditional meditation, DeLauer recommends binaural beats at specific hertz frequencies to shift brain waves into calmer or more focused states.

Why this matters: He positions binaural beats as an evidence-based but underutilized tool, acknowledging its 'woo-woo' reputation but arguing that brain wave entrainment is well-documented in neuroscience.

Background

Meditation and breathwork are often recommended for focus and calm, but adherence is low. Binaural beats create an auditory illusion that guides the brain to specific frequencies (alpha, theta, delta), making the practice feel more accessible.

DeLauer admits that recommendations like meditation often 'go in one ear and out the other,' so he frames binaural beats as a way to 'almost game-ify meditating.' He advises 15–30 minutes in the middle of the day, using 8–12 Hz for focus and 4–7 Hz (theta) for calm and memory consolidation. He emphasizes that the brain will entrain to the difference between the two tones, recalibrating to a desired frequency. He distinguishes this from Schumann resonance, focusing purely on established brain wave science: alpha, theta, delta. He suggests using Spotify or YouTube to find tracks with the appropriate hertz range.

Personal experience

He says, 'Trust me, the brain likes it. You feel different afterwards. It's a state shift.'

Binaural beats is like a way for people to almost gify meditating.

Also said
“Our brain has specific brain waves. I know that this is something that you don't necessarily want to hear because it sounds woo woo. I'm not even talking about the Schuman resonance… I'm talking about the actual brain waves that we have.”— Preempts skepticism by grounding the practice in standard neuroscience.

Recommendations

Products, supplements, and tools mentioned in the episode

4 items

Bowar Nutrition multivitamin (methylated)

Supplement

Mentioned as one of two 'really good' multivitamin brands. No formal endorsement or link.

DeLauer recommends a methylated multivitamin to cover nutrient gaps for brain function. He name-drops Bowar Nutrition and Mito as quality options. There is no disclosure of affiliation, and he does not elaborate on why these specific brands.

A couple that are really good, Bowar Nutrition has a good one and Mito. Those are two really good multivitamins.

Find Bowar

Mito multivitamin (methylated)

Supplement

Second brand mentioned alongside Bowar Nutrition as a good methylated multivitamin option.

Bowar Nutrition has a good one and Mito.

Find Mito

Binaural beats via streaming platforms

Practice

He recommends finding binaural beat tracks on Spotify, Apple Music, or YouTube without naming specific creators.

This is a tool recommendation, not a specific product. He asserts that free or subscription platforms already contain the necessary tracks. He mentions searching for specific hertz ranges (8–12 Hz, 4–7 Hz) rather than specific playlists.

Just go on Spotify, you could go on Apple Music, whatever YouTube, and just find binaural beats for certain hertz ranges.

Find Binaural

GAA (guanidinoacetic acid) powder

Supplement

Recommended as the immediate creatine precursor. He says 'very inexpensive' and 'look it up' without naming a brand.

Although not a branded product, he strongly endorses GAA based on the 2024 study and his personal enthusiasm. He does not provide a buying source, just says it's cheap and available.

Very inexpensive. And it is the immediate precursor to creatine. And I just filmed a number of videos on GAA because I have just become so blown away by the research.

Find GAA
Disclosed sponsorships1speaker disclosed

Armra Colostrum (cold-extracted, biopotent technology)

Supplement Sponsored · disclosed

Recommended as a gut-brain axis support. Improving gut health directly benefits brain function through the gut-brain connection.

DisclosureSponsor link for 30% off at tryarma.com/delour. Uses a cold extraction method to preserve 400+ bioactive compounds without denaturing them.

DeLauer introduces Armra as a gut-focused food, not just a supplement. He highlights the biopotent cold extraction technology, which prevents the heat denaturation that destroys bioactive compounds in most colostrum products. He emphasizes that colostrum is a living food with over 400 bioactive compounds, and that gut health is foundational for brain health. The link offers 30% off.

vs alternatives

Claims it's the only colostrum on the market using cold extraction to protect bioactive compounds, contrasting with heat-treated products.

They use a cold extraction method. So they're able to treat it in a cold fashion so it doesn't denature the actual colostrum itself.

Also said
“The benefit of colostrum is not the fact that it's just a proteinbased thing that helps your gut. No, it's the fact that it's a living food. It's not even a supplement. It's more of a food.”— Reinforces the brand's unique positioning as a whole-food, not a processed supplement.
Find Armra

Notable quotes

Lines worth pulling out — contrarian, specific, or perfectly phrased

7 items
I want you to think of them as antioxidants with a homing device. That's the way that it is. It's like they have a GPS, right?
Colorful metaphor that makes the mechanism of anthocyanins easy to remember.
The brain sort of gets the kind of sloppy seconds in a way, like it gets just what's left over.
Humorous but striking way to explain why high-dose creatine is needed for cognitive benefits.
A calm brain is a fast brain. A network stable brain is a calm brain that can move fast.
Concise principle linking the goal of cognitive enhancement to underlying neural coherence.
It's literal brainwashing. So the glimpmphatic system flushes the brain.
Play on words that vividly describes the glymphatic system's waste-clearing function.
Like it or hate it, red light gets through our tissues and can even get through our skull. Just like EMF can too. And the literature is pretty strong.
Controversial but pragmatic defense of red light therapy by analogy to EMF penetration.
You do the hard thing and you allow yourself to do that, even touch the void, you get to this point where you reset your dopamine sensitivity and you will notice you use your phone less.
Direct link between a physical practice (HIIT) and a modern behavioral addiction (phone use).
Binaural beats is like a way for people to almost gify meditating.
Frames a neuroscience tool as a practical hack for people who avoid meditation, making it accessible.

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Topics covered

creatine-brain-uptakesodium-creatine-transportergaa-guanidinoacetic-acidbrain-creatine-levelsblood-oxygen-saturation-prefrontal-cortexanthocyanins-bdnfblueberries-food-matrixmonk-fast-36-hourautophagy-brainketones-cognitionc8-mct-oilnetwork-stabilitymethylated-multivitaminbinaural-beats-entrainmentalpha-theta-wavesglymphatic-systemsauna-heat-intracranial-pressurered-light-therapy-transcranialcytochrome-c-oxidasephoton-tunneling
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