THE DORMANT PEOPLE
IN TETRAHEDRAL ARTIFICIAL REALITY
WITH METHYL ADDICTION
For 150 years, humans were building Labels. Why 150 years? The chemical revolution began in the late 1800s, when industry first isolated, synthesized, and labeled nature’s compounds, building a new architecture of reality.
Nicotine, Sugar, Caffeine, Alcohol, Cannabis, Energy drinks, Vapes, Narcotics, Pharmaceuticals, Chocolate, Cacao, Ayahuasca, Coca, Synthetic clothes…
We treat them as separate — but beneath the surface, they all share one secret.
It’s not the substance. It’s the frequency.
And behind that frequency is one silent Agent powering it all:
The Methyl Group
✅ has no charge,
✅ no polarity
✅ govern the geometry and local activity of carbon-based molecules
In Tetrahedral Artificial Reality —
We built a world on carbon combustion (oil) and carbon tweaking (methylation in our bodies) —
so we keep trying to fix everything by pushing carbon a little harder.
The transfer of a methyl group (CH₃) — known as methylation — is indeed one of the most fundamental processes in biochemistry. The fact that it happens billions of times per second in the body, driving countless reactions, is astonishing.
It influences everything from DNA expression (epigenetics) to the synthesis of neurotransmitters, phospholipids, creatine, and the detoxification of hormones and heavy metals.
Unlike structural elements (like proteins or fats), methylation is about information and regulation, turning genes on or off, adjusting how enzymes work, or how molecules communicate.
Methylation (CH₃ transfers) is one of life’s great regulators, allowing dynamic, rapid control over thousands of biochemical pathways.
But in this synthetic reality, methylation has been mirrored — copied from biochemistry, then repurposed to serve an industrial agenda.
He who controls methylation, controls modulation. He who controls modulation, controls behaviour frequency, and this is not fantasy: epigenetics has shown that memory can be stored across generations via methyl groups attached to DNA.
Welcome to the Architecture of Tetrahedral Artificial Experiences
Let’s Decode the Problem
NICOTINE
The power of nicotine doesn’t lie in its name — it lies in a tiny chemical feature: the methyl group (–CH₃) attached to a nitrogen atom.
This small group gives nicotine its unique ability to pass through the brain’s barriers and activate receptors quickly.
Nicotine chemical formula: (C₁₀H₁₄N₂) • Carbon • Hydrogen • Nitrogen + Methyl group
That little –CH₃ group might look simple, but it’s what helps nicotine hit fast and hard.
CAFFEINE
The power of caffeine doesn’t lie in its name — it lies in the three methyl groups (–CH₃) tucked inside its structure.
Caffeine is made from carbon, hydrogen, nitrogen, and oxygen, arranged in a precise way to affect your brain.
Caffeine chemical formula is: C₈H₁₀N₄O₂ + methyl group
Inside that formula are three –CH₃ methyl groups, and those are what make caffeine able to block adenosine — the brain’s “sleep” signal.
So it’s not just “caffeine” that keeps us alert — it’s the –CH₃ groups that switch our brain into wake-up mode.
VAPES
Methyl Groups in Vapes: What’s Inside?
Many compounds found in electronic cigarettes (vapes) contain methyl groups (–CH₃), particularly in the flavourings and, when present, nicotine.
1. Nicotine (If Present)
While some vape products are marketed as nicotine-free, many still contain nicotine as the primary active ingredient. When it’s included, nicotine contributes two methyl groups attached to nitrogen atoms in its structure.
2. Flavourings
Regardless of nicotine content, most vape liquids contain a variety of flavoring agents. Many of these flavor molecules feature methyl groups. Common examples include:
Vanillin (vanilla flavor) – contains a methyl group
Menthol – contains a methyl group
Ethyl maltol (sweet/caramel flavor) – contains methyl groups
Fruity, candy, and floral vape flavors often rely on aromatic compounds, many of which include methyl groups in their chemical makeup.
CANNABIS
The power of cannabis doesn’t lie in the leaf — it lies in a tiny chemical twist: a methyl group (–CH₃) attached to the THC molecule.
This subtle modification shapes how THC locks into cannabinoid receptors in the brain, especially CB1 — the one that gives marijuana its signature “high.”
THC formula: C₂₁H₃₀O₂ • Carbon • Hydrogen • Oxygen + Methyl group
That small –CH₃ group gives THC its edge — helping it bind just right, altering perception, mood, and even memory in seconds.
ENERGY DRINKS
Hidden Chemistry
Reading this label might reveal caffeine and vitamins, but misses the bigger picture. The caffeine inside is almost certainly synthetic, produced through processes that use methyl chloride — a petrochemical agent — to attach methyl groups, creating a lab-built stimulant designed for quick absorption.
The B vitamins (B2, B3, B6, B12) in this drink directly fuel one-carbon metabolism, the body’s system for moving methyl groups needed for DNA and neurotransmitter synthesis. High, unregulated doses can overstimulate these pathways, especially when combined with caffeine.
Meanwhile, sucralose provides sweetness through a chlorinated sugar structure, manufactured by industrial chemical reactions. So while the label lists familiar names, the real ingredients are heavily processed methylated or chlorinated compounds, with effects far beyond simple nutrition.
PROCESSED SUGAR
The power of processed sugar doesn’t just come from its flavor — it comes from theobromine, a natural stimulant with methyl groups built into its structure.
Theobromine’s chemical formula is C₇H₈N₄O₂, and like caffeine, it contains three methyl groups (–CH₃). These methyl groups allow it to cross the blood-brain barrier and influence the nervous system.
In the body, theobromine acts as a mild stimulant, promoting alertness and a feeling of well-being by increasing dopamine and serotonin activity — key brain chemicals tied to mood and motivation.
So it’s not just “chocolate” that lifts our mood — it’s the –methyl groups in theobromine that interact with your brain’s chemistry, mimicking natural neurotransmitters and subtly influencing how you feel.
PROCESSED ALCOHOL
The power of alcohol doesn’t lie in the word — it lies in the single methyl group (–CH₃) that forms its base.
The simplest alcohol is methanol, made from just carbon, hydrogen, and oxygen, arranged as CH₃OH. That’s a methyl group bonded to a hydroxyl group (–OH).
This tiny structure is the root of all alcohols — and it’s also the first step in how our body interacts with and breaks down these substances.
So it’s not just “alcohol” that affects our body — it’s the methyl group at its core that can interfere with our body’s methylation processes, impact how genes are expressed, and disrupt the balance of brain and liver function.
Methylated Additives made from Petroleum
We take “dead” carbon — ancient, inert hydrocarbon chains buried for millions of years — and through industrial processes (like methylation, chlorination, nitration, polymerization), we transform it into compounds that can actively participate in living systems.
That is precisely why it can be mined, burned, molded, and manipulated with such little resistance from nature’s checks and balances.
✔ Chemically: carbon is carbon
• A carbon atom is defined by having 6 protons. Whether it’s part of a petroleum molecule, a sugar molecule, or DNA, the individual carbon atom is identical.
• This is basic atomic theory — carbon atoms do not differ based on origin.
⚠ Functionally, there’s a big difference
• Petroleum carbon is found mostly in long-chain hydrocarbons (alkanes, cycloalkanes, aromatic rings), which are:
• Hydrophobic (repel water, non-polar)
• Lipophilic (dissolve in fats and oils)
• Chemically stable and harder for biological systems to metabolize, often requiring oxidation steps that biological systems didn’t evolve to handle frequently in large quantities.
• Biological carbon is typically found in:
• Carbohydrates, proteins, nucleic acids, organic acids, etc.
• These have polar groups (like hydroxyl -OH, carboxyl -COOH, amino -NH₂) making them hydrophilic, soluble in water, and easily integrated into metabolic pathways (glycolysis, Krebs cycle, etc.).
And here’s where industrial methylation comes in:
•Through chemical processes, petroleum-derived hydrocarbons — once inert and “dead” — are modified by adding methyl groups (-CH₃) using reagents like methyl chloride (itself derived from fossil carbon).
•This transforms these compounds into methylated, bioactive molecules that can now interact with our biological systems.
•It’s how we end up with synthetic caffeine, methylated vitamins, and other additives: reanimated fossil carbon, designed to plug into our one-carbon metabolism, neurotransmitter systems, or cellular machinery.
✔ Why this matters for the body
When hydrophobic petroleum-derived compounds (from air pollution, plastics, nicotine tars, synthetic additives, etc.) enter the body:
• They prefer lipid environments, embedding into cell membranes, nerve sheaths, fascia, or fat stores.
• They’re not easily flushed by water-based metabolism or kidneys.
• This can lead to all chronic conditions
• Membrane rigidity or altered signaling,
• Accumulation in fat tissue (bioaccumulation),
• Low-grade chronic toxicity or inflammation.
The carbon atom itself isn’t toxic — it’s the hydrocarbon structures, hydrophobic nature, and how the body struggles to process them that matter.
ABOUT MY SCIENTIFIC WORK
The Scam Within Tetrahedral Artificial Reality
What if the reality we live in is not just disconnected from biology—but built as its distorted reflection?
When my research began with just the nicotine issue and my personal care ended into a global unknown truth about addiction in all kinds and the one core that manipulate the common diseases causing the vicious cycle.
The knowledge is power, and now is the time to grow from a cycle to a spiral.
HOW WE GET ADDICTED?
It is time to look behind the labels of stimulative substances and unite them under one powerful controller.
Chemie is fading. When the last molecule slips through our hands—who will be left to meet us in the mirror?
As the last drops of oil drain from the earth, humanity stands exposed—stripped of its synthetic crutches, scrambling for a new fix. In this unraveling, our illusions fracture, and we face the raw question: without our chemical masks, what are we really? And when the era of Chemie ends—who will we be then?
In fact, methylation only matters because it subtly changes how molecules behave within water.
Earth is special not because it has carbon — that’s common across planets. But because it has water, which awakens carbon into living cycles of growth, death, and renewal.
✅ Water controls carbon’s fate
✅ Methyl gives carbon instructions
✅ Electricity flows through water to animate it all
Our need to organize life and seek security gave birth to clocks, calendars, and codes. Machine reality did not create our loops – it captured them, refined them, and sold them back to us as artificial reality. In doing so, it offers us a feedback loop of our own reflection: a system built not on what is possible in our minds, but on what is likely – what we are expected to do again and again – a measurement of our basic biological needs. In this sense, we have not created something new in terms of evolution. Instead, we have repeated biology in code millions of times. This gave rise, at first glance, to endless choices, but the energy powering it is a non-renewable source: petroleum. Sooner or later, we will awaken to the depletion of this resource. And when that moment comes, we must face the need for an alternative – one that may not appear without requiring something from us.
Let’s Decode the Solution
Two Scientific Books Written in One Decade Driven by the Discovery of New Energy
The first book deals with the problem the second finds the solution.
After uncovered the common tool to stimulative behaviour and its diagnosis the problem was found. Then was left to find the solution and that’s how the new energy has been discovered.
The oldest forms of stimulative behavior—such as smoking, drug use, caffeine consumption, and even modern “late-night” lifestyles—have all been linked to a deeper and more potent source of stimulation: petroleum-based methylated additives.
It is becoming increasingly evident that the methyl group plays a pivotal role in the toxic effects associated with these repeated behaviors and reflexes in humans. A key process involved is receptor desensitization, where continuous exposure to methylated compounds dulls the body’s natural sensory responses. Only after this desensitization sets in does the condition we recognize as addiction truly take hold—not before.
The Antidote Has Been Found: A New Path for Humanity to Reconnect with the Source
“Biology is chemistry writ large.” James Keener
