Vadim Kharlamov

Systems Architect. Founder of ARI. I believe humanity has a future—if we stop building walls.

[Vadim Kharlamov @ARI_Architect]

ARI White Paper — full document with system models, calculations, and roadmap. Open to everyone who cares about the future.
Link: https://t.co/cbPvf1OWxs

[Vadim Kharlamov @ARI_Architect]

This gas is burned to make electricity. Electricity powers the very air conditioners governments tried to limit. Burning gas heats the atmosphere, making the next heatwave even fiercer. This isn't fighting the climate. It's accelerating it.

This is the Shield Paradox in action. The state puts up a "shield" — bans, adaptation, white roofs, green facades. The blow — extreme heat — still finds its way. The shield doesn't work. It only speeds up the collapse.

Europe didn't pay €6 billion for gas. It paid for the acceleration of its own overheating. The equation doesn't lie. But it can be rewritten.

Rewritten, if we admit: a shield built on the same planet, from the same resources, by the same hands — suffocates, instead of protects. The way out isn't more bans. The way out is to stop building shields inside a system that makes them useless. And to start building a contour that doesn't depend on its cycles.
#ARI

[Vadim Kharlamov @ARI_Architect]

Europe is burning. 410 million people have faced temperatures above 35°C this summer. France hit 44.3°C — that's 111.7°F — a national record. Paris recorded its hottest June ever at 40.9°C. Germany saw 41°C. Spain's average June temperature reached 28.17°C — the highest on record.

Each heatwave makes the next one more brutal. Europe is warming twice as fast as the rest of the world.

In response, governments impose restrictions. France has a permanent law: air conditioning in public buildings cannot be set below 26°C, and keeping doors open while AC is running is prohibited — fines up to €1,500. Spain capped cooling in offices and public spaces at 27°C. Italy introduced similar measures at the height of the crisis. In Germany, employers must take action at 26°C and are obliged to intervene at 30°C.

Reasonable. But here's the problem: these measures don't work.

People still seek cool air. In the heat, they buy portable AC units and fans — and this backfires. AC sales in Europe jumped 35%; in France, 68%. Restrictions don't override physiology. They just shift demand.

And then the deal comes into play.

To cover peak load, Europe's grid fires up gas‑fired power plants. The same gas that came from Yamal LNG — a record 9.89 million tons in the first half of 2026, up 18% year‑on‑year. Top buyers: France (3.6Mt), Belgium (2.9Mt), Spain (2.7Mt). Price tag: €5.96 billion.
#LNG #EuropeEnergy #Heatwave

[Vadim Kharlamov @ARI_Architect]

Now for the numbers I ended up with.

Thermal capacity: 50 MW (enough for a 15–20 MWₑ turbine).
Assembled module weight without tin: ~60 tonnes.
Tin mass: 25 tonnes (poured on site).
Parasitic load: ~2 MW (induction heating and pumps).
Hydrogen output: ~4 500 Nm³/h.
Solid carbon output: 0.8 tonnes per hour (~7 000 tonnes per year).
Carbon purity: over 99% — that's saleable carbon black.

Estimated cost per module: $20–25 million.
At a carbon black price of $800/t and a European carbon allowance price of around €80/t CO₂, annual return could reach $25–35 million. Payback in one and a half to three years, even without subsidies.

What this gives the world: the ability to eliminate up to 90% of the carbon footprint of existing gas-fired power plants, quickly, without demolishing them. No waiting for 2040 roadmaps — just hardware that can be delivered and started within weeks.

This is not a silver bullet, but it's a bridge. And if it turns out I've miscalculated somewhere, I'll be glad to be corrected. Because the goal isn't to be right — it's to get this technology, or a better version of it, into action.
#MethanePyrolysis #Decarbonization #HardTech

[Vadim Kharlamov @ARI_Architect]

Earlier I wrote about the MCSC-50 — a module that sits between a gas pipeline and a turbine and splits methane into hydrogen and solid carbon, preventing CO₂ from reaching the atmosphere.

In my free time, I tried to picture what this thing could actually look like in the real world and ran some rough numbers on paper.

Physically, it's two shipping-container-sized platforms paired on site. The first is the reactor module: a vertical column 6 meters tall, containing around 25 tonnes of liquid tin heated to 1000°C. The second module handles gas cleaning and compression. The whole unit takes up about 15×10 meters of ground. It's a bolt-on design — you don't need to cut deeply into an existing power plant. You place it on a concrete pad, connect it with flanges to the gas line and the turbine.

Methane enters the reactor, bubbles through the liquid tin, and breaks down: CH₄ → C + 2H₂. Carbon collects at the centre of a vortex and is continuously removed via a gravity overflow. Hydrogen, after passing through hot ceramic filters, goes straight into the turbine's combustion chamber. Out of the stack comes water vapour, no CO₂.

#TurquoiseHydrogen #ClimateTech #ARI

[Vadim Kharlamov @ARI_Architect]

Bryan didn't question death — he questioned the idea that it must happen to him. And society felt threatened. Not because he's evil. But because if one person can cheat death, then everything others have built their lives around — their routines, compromises, acceptance — becomes fragile.

This is a local manifestation of the security dilemma. Any attempt to build a shield around yourself — whether of steel or biomarkers — automatically provokes the system to push back. Because the shield is always read as a breach of the common rule.

But Bryan is not an enemy. He's an ally. He wants what we all want — more time. He's just fighting alone. The real fight is not about one person's immortality. It's about continuity of the species. We are not building a shield. We are building an Ark.

ARI is not about cheating death. It's about preserving meaning — even if death wins.
#BryanJohnson #ARI

[Bryan Johnson @bryan_johnson]

The world wants me to die.

My incurable disease diagnosis became global news. It was omnipresent on social media and 1,900 articles were written in a matter of days.

Many were saddened.

However, joy dominated the commentary.

People pointed to schadenfreude, the pleasure of another's failure. Yes, there’s that. There is a special place in people’s hearts that loves to see others fail, especially when that person’s presence threatens their own psychological stability in some way or helps them feel better about themselves.

But, if you look over the social media commentary about me, you’ll see that pattern:

“he deserved it.”

I deserved it because I challenged death. The crowd was running a deeply rooted psychological script that represents the oldest, most deeply embedded stories of human culture.

This was the first story ever written down, 4,000 years ago. Gilgamesh sought eternal life after losing someone he loved, only to have the plant of youth stolen by a serpent as he bathed. Leaving him to accept his mortality.

Asclepius became so skilled at rejuvenation that he raised the dead. As punishment, Zeus struck him down with a thunderbolt to enforce life and death authority.

This is the story of Jesus. Pontius Pilate offered a choice between a thief and the immortalist, and the crowd demanded the execution.

People need this story conclusion to keep themselves sane. The challenger must lose and the loss must appear deserved. It’s a shield of self preservation.

For if death is inevitable, their existence and that of their loved ones is justified and unavoidable. If death is not inevitable, nothing about their reality is safe.

I occupy the same philosophical and archetypal position as Gilgamesh, Asclepius and Jesus.

This statement will draw outrage and accusations of blasphemy, hubris and narcissism. Nevertheless, it’s the pattern that has repeated itself for thousands of years.

Death has been the omnipresent concern of the human race. It encapsulates our greatest fears, joy and curiosities. The discourse around it changes over time; however, the fundamentals remain unchanged.

What’s different about this moment, that is unlike any other moment, is that physical death may no longer be inevitable.

What if I didn’t deserve it?

And what if I am your ally, and not a threat?

[Vadim Kharlamov @ARI_Architect]

You're right. The world does want you to die — not because you did something wrong, but because you challenged something people need to believe is unchallengeable. You stepped outside the script. And the crowd always punishes those who step outside the script.
You described the pattern perfectly — Gilgamesh, Asclepius, Jesus. The challenger must fall. Because if they don't, everything people built their lives around becomes fragile. Their mortality, their routines, their quiet acceptance of the way things are — it all becomes a choice rather than a necessity.
But here's the thing. I'm going to die too. It's just a matter of time. And so will everyone reading this. The real question isn't if — it's what we do with the time we're given.
That's where I think you're fighting the wrong battle. Not because you're wrong — but because you're fighting it alone.
You're building a shield around yourself. That's what the crowd senses, even if they can't name it. They feel the threat of someone trying to escape the shared fate. But what if we build a shield around the entire species? Not to escape death — but to ensure that even if everything collapses, something remains. Knowledge. Memory. DNA. The possibility of continuation.
You asked: "What if I'm your ally, and not a threat?"
You are. If you want to give this world more than the extension of one life — if you want to give it the preservation of the whole story — then we're building the same thing.
Not immortality for one. Continuity for all.

[Vadim Kharlamov @ARI_Architect]

NASA successfully tests the physical hardware, yet the social software remains a critical single point of failure. Designing advanced life support systems is useless if we import archaic Earthen structures built on borders, enforcement, and fiat friction. If a colony stays tethered to Earth's financial loops, it will collapse during the first systemic crisis. True resilience requires functional decoupling—an independent operational contour driven by algorithmic resource distribution.

[Vadim Kharlamov @ARI_Architect]

NASA recently announced a search for four volunteers for its second year‑long mission inside the isolated Martian habitat CHAPEA in Houston. The goal is clear: test water purification, oxygen generation, and group psychology before a real flight to Mars.

But behind these tests lies a fundamental flaw. Major nations and private corporations are trying to build an interplanetary future — but they package it within national flags and closed budgets. When a survival project is launched under a single superpower's flag, the rest of the world reads it as a threat. The Martian dome becomes not a shared Ark, but a closed bunker for the few. This false perception instantly triggers the Shield Paradox — now on an interplanetary scale. Instead of uniting efforts, the planet enters a new space race. Each major geopolitical player — from China to the Middle East — starts spending hundreds of billions of taxpayer dollars to duplicate isolated copies of technologies that already exist. Nations burn trillions reinventing the same solutions. Dozens of companies redesign reusable rockets, identical water recycling modules, and closed‑loop oxygen systems — wasting colossal resources on repeating already completed steps. Trust can be destroyed in a single day, behind national borders. But no single country can build an interplanetary reserve contour alone.
People are wired to feel no threat until a crisis knocks on their own door. Even when tectonic historical shifts happen nearby, most of the planet — let alone citizens of a single country — don’t feel involved, because it doesn’t affect their daily lives. The tipping point always seems somewhere distant, not with us.
But think about your home first‑aid kit.
We all keep painkillers at home. You don’t know their chemical formula, how they exactly work, or whether your head will hurt tomorrow or next year. But you buy them anyway — because you know the risk exists. In everyday life, if a medicine isn’t at home, you can drive to a 24‑hour pharmacy, call a doctor, or send someone for help. On a planetary scale, there is no “neighbouring pharmacy.” Space around us is utterly empty. If humanity faces a sudden, cascading threat that cannot be predicted, there will be nowhere to send for help.
My models show that Earth’s closed geopolitical and climate system is moving toward a critical failure due to the asymmetry of costs spent on internal barriers. I can’t give you the exact date when that breach becomes fatal — no one can. But look outside: the unprecedented, suffocating heat that hit Europe and Asia this year shows that planetary fuses are starting to melt.
The Martian Ark project within the ARI research platform is not an ambitious joyride to show how first or powerful we are. It is the civilizational painkiller in empty space — when there is no one left to run to for help. The task of this independent reserve contour is not to save a select few while leaving others behind, but to reliably preserve human works, centuries of history, memory, DNA, and life itself of our species.
Realizing that the world is fragile can feel uncomfortable. We all tend to think about ourselves — it’s natural. But look through the lens of our children’s future. The true legacy we must leave them is not accumulated wealth or access to resources on a burning planet — it is the very existence of that future. A physical guarantee that humanity will have a tomorrow.
That is why the rescue contour must be designed not as a closed state corporation, but as an open international platform — without flags, without borders, without fiat barriers. We must stop building defensive walls that the external environment inevitably reads as a threat and tries to overcome.
The blueprints of open systems engineering are available for global verification. This is not a promise. This is an already functioning project.
The time of closed bunkers is over.
DOI: 10.5281/zenodo.20943963
#NASA #GameTheory #Mars

[Vadim Kharlamov @ARI_Architect]

The more people know about this project, the closer we are to making it real.

[Vadim Kharlamov @ARI_Architect]

Life in noise. Bills, work, news, weekend plans. It feels like we have time — tomorrow will be just like today. Another war somewhere out there, in a country we only know from textbooks. Another crisis — also somewhere. Big problems happen to someone else.
#SystemicChange #ARI

[Vadim Kharlamov @ARI_Architect]

ARI is the answer to that silent question. I want to build something that will carry our species across millennia and parsecs. If this resonates with you — join us.

[Vadim Kharlamov @ARI_Architect]

@latestinspace I propose we go further.

[Vadim Kharlamov @ARI_Architect]

What if we stopped just surviving…
and started truly evolving?

I’m dedicating my life to building ARI and the Martian Ark — humanity’s first independent reserve of our species, knowledge, and future on Mars.

Not running from Earth.
Expanding beyond it.

One Humanity. Two Homes.

If this resonates with you — you are not alone.

#Multiplanetary #SpaceExpansion #ClimateFuture #HumanityFirst #GreatFilter

[Vadim Kharlamov @ARI_Architect]

We underestimate the distance in the tails. The same applies to civilizational risks. We treat a 1-in-100 event as distant, a 1-in-1000 as unimaginable — but in a fat-tailed world, they're neighbors. The real risk isn't the billionaire. It's the systems that make us believe the distance is wider than it actually is.

It's not about predicting them. It's about building a system that can survive them.

[Vadim Kharlamov @ARI_Architect]

So we're putting 50,000 mirrors in space to shine sunlight back at Earth — at night. It sounds like something out of a sci-fi movie. But here's the thing: every mirror adds energy to our planet. Energy that wasn't supposed to stay here.

Astronomers say it could make the night sky 3–4 times brighter. Scientists are worried about messed-up sleep cycles, confused animals, and even faster glacier melt. But the regulator basically said: "Not our problem."

It's like buying a giant flashlight to light up your house — while ignoring that your roof is on fire.

Maybe instead of building mirrors in the sky, we should ask: why do we need them in the first place? What are we really trying to fix — and what are we breaking in the process?

[Vadim Kharlamov @ARI_Architect]

@xriskology TESCREAL is about technological salvation. ARI is about architectural backup. One believes technology will save us. The other assumes the system is fragile and builds a reserve. Both look at the future — but from completely different angles.

[Vadim Kharlamov @ARI_Architect]

@HopeExistential @AGamick @Convergent_FROs I'm not a scientist either. But I've found a goal that I can't unsee: preserving humanity's knowledge and biology beyond Earth. That's the highest-impact work I can imagine. And I'm building it.