I got my brain mapped 🧠 Then took a nootropic and did it again a day later, and the results blew me away. It’s one thing to feel more mentally and cognitively sharp, but it’s a whole new story to have data showing the difference in brain activity. By the way, brain mapping can be a really neat tool for you to quantify how your brain may be getting in the way of your peak performance, whether it’s sleep issues, depression, ADHD, anxiety, some form of addiction or even PTSD. I recently visited Peak Brain Institute in LA for an interesting biohacking experiment — I wanted to know how a nootropic, “a limitless pill”, changed my baseline brain activity. Not only did I learn about both the ups and downs, but what’s even cooler, now I finally have quantified evidence how quickly, way above average, my brain processes information. All those brain hacks must be working 🧠 🤓 I’m super grateful for Dr. Andrew Hill, functional neuroscientist coach and founder of Peak Brain Institute, for taking the time to go over my brain and teach me how to make sense of it all. Thank you! The nootropic I tested was the Blue Cannatine from Troscriptions
Episode Summary
Brain on a "Limitless" Pill: What Happens When You Map Your Mind Before and After Nootropics
The first-ever documented QEEG brain mapping study comparing baseline cognitive function to the effects of Blue Cannatine, a methylene blue-based nootropic compound.
Getting your brain mapped once is interesting. Getting it mapped twice—before and after taking a powerful nootropic—is revelatory.
I recently completed what might be the first documented case study using quantitative EEG (QEEG) brain mapping to compare baseline cognitive function with the neurophysiological effects of Blue Cannatine, a methylene blue-based nootropic containing CBD, caffeine, and nicotine.
Working with Dr. Andrew Hill, a functional neuroscientist with over 25 years of experience analyzing brain patterns, we discovered something fascinating: nootropics don't just make you "feel" different—they create measurable, specific changes in your brain's electrical activity.
Here's what we found.
The Brain Mapping Process: Reading Your Neural Signature
Brain mapping through QEEG isn't sci-fi—it's straightforward neuroscience. You wear what looks like a red swim cap filled with electrodes. A technician fills each hole with conductive gel, allowing the electrodes to pick up the electrical activity your neurons generate naturally.
The actual measurement is deceptively simple: sit quietly with eyes closed for five minutes, then eyes open for five minutes while staring at a fixed point on the wall. This captures your brain's baseline activity—how your neural networks behave at rest.
But the real magic happens in the analysis. Those electrical patterns get translated into detailed brain maps showing activity levels across different regions and frequency bands. Alpha waves, beta waves, theta waves—each tells a story about how your brain allocates resources and maintains different states of consciousness.
The Nootropic: Blue Cannatine's Unique Profile
Blue Cannatine isn't your typical caffeine-and-L-theanine stack. This compound combines:
- Methylene blue: A mitochondrial enhancer that increases cellular energy production
- CBD: For anxiety reduction and neuroprotection
- Caffeine: Classic stimulant for alertness
- Nicotine: Cholinergic system activation for focus
The methylene blue component makes this particularly interesting. Unlike stimulants that just push your existing systems harder, methylene blue actually enhances cellular energy production at the mitochondrial level—potentially giving your brain more raw processing power rather than just masking fatigue.
The Results: Measurable Cognitive Enhancement
Attention Performance: A 10-Point Jump
The most dramatic change appeared in attention testing. Using age-matched population curves where 100 represents average performance, my baseline attention score was already high at 120. After Blue Cannatine, it jumped to 130—a two-thirds standard deviation improvement that's well beyond any practice effect.
But here's where it gets interesting: the enhancement wasn't uniform. My auditory attention improved by 10 points while visual attention increased by only half a standard deviation. This suggests Blue Cannatine specifically addresses bottlenecks in auditory processing circuits—something that showed up clearly in the brain maps.
The Trade-off: Speed vs. Stamina
Dr. Hill identified a classic nootropic paradox: "The troche makes you more impulsive but less inattentive, mostly by speeding you up."
While my raw attention improved dramatically, my response control (the ability to inhibit automatic reactions) decreased slightly. More telling was the stamina effect—my performance used to maintain rock-solid consistency throughout testing. On Blue Cannatine, I showed more fatigue toward the end, dropping from above-average stamina to average levels.
This isn't necessarily problematic—it's a predictable trade-off. When you speed up cognitive processing, you consume more neural resources. The brain runs hotter and fatigues faster.
Reaction Time: Entering Elite Territory
Perhaps the most striking finding was reaction time. The average 20-year-old processes visual information in about 90 milliseconds. Elite athletes in peak condition can hit 70 milliseconds.
On Blue Cannatine, my visual reaction time dropped to an "absurd" 70 milliseconds—matching elite athletic performance despite being well past my athletic prime.
The Brain Maps: Seeing Enhancement in Action
The QEEG analysis revealed specific neural mechanisms behind these performance changes:
Left Frontal Activation: The Motivation Circuit
Alpha waves in the left frontal region dropped significantly after Blue Cannatine. This matters because left frontal alpha suppression indicates increased approach motivation and engagement. Dr. Hill explained: "It's like your brain shifted from 'husband the resource' to 'jump in the car and grab what I can get.'"
This aligns perfectly with the subjective experience of increased drive and focus that Blue Cannatine produces.
Auditory Processing Changes: Enhanced But Sensitive
The brain maps showed consistent changes in auditory cortex regions—the areas just behind the ears. This explained the specific improvement in auditory attention scores and revealed something important about my baseline brain patterns.
"I would expect you to have social and sensory irritability," Dr. Hill noted, looking at the back-right auditory processing regions. "You probably can't ignore anything—you hear the car alarm two houses away, you notice the package scratching."
This hit home immediately. I've struggled for months with highway noise that others easily ignore. The enhanced auditory processing from Blue Cannatine came with a trade-off: increased sensitivity to auditory input.
Theta Wave Suppression: Enhanced Control
Theta waves (4-8 Hz) decreased across multiple regions, particularly in areas associated with impulse control. While this contributed to the slight increase in impulsivity noted in testing, it also reflected enhanced self-control circuits—another factor in the improved attention performance.
The Bigger Picture: Personalized Cognitive Enhancement
This brain mapping study reveals something crucial about nootropic enhancement: it's not one-size-fits-all. Blue Cannatine specifically enhanced my auditory processing bottlenecks while revealing pre-existing patterns of sensory sensitivity.
Dr. Hill's analysis suggests this compound works particularly well for people with certain baseline patterns—those who might benefit from increased approach motivation, enhanced auditory processing, and are willing to trade some stamina for peak performance.
The key insight? Your brain's response to any intervention depends heavily on your starting point. Brain mapping provides that crucial baseline data.
Practical Implications: Beyond the Hype
These findings have several practical applications:
For Nootropic Users: Consider baseline brain mapping before starting any enhancement protocol. Understanding your neural patterns helps predict which compounds will be most effective and what trade-offs to expect.
For Performance Optimization: The speed-stamina trade-off suggests strategic timing. Use compounds like Blue Cannatine for short periods requiring peak attention, not for sustained work sessions.
For Individual Differences: The specific auditory enhancement I experienced might not apply to everyone. Your brain's limiting factors likely differ from mine, which means your optimal enhancement strategy should too.
The Future of Cognitive Enhancement
This type of before-and-after brain mapping represents the future of personalized cognitive optimization. Rather than guessing which interventions might help, we can measure actual neural changes and optimize protocols based on real data.
It's the difference between randomly trying supplements and having a personalized roadmap for your brain's specific needs and responses.
The technology exists today. The question is whether we'll use it to move beyond the current era of cognitive enhancement guesswork toward truly personalized brain optimization.
Dr. Andrew Hill is a functional neuroscientist and founder of Peak Brain Institute with over 25 years of experience analyzing brain patterns and optimizing cognitive performance through neurofeedback and other interventions.