#177 After Work: From the Neighborhood to Mars, Where Our Freed Hours Could Go
When a city in the United States plans a new rail line, it calculates with time. Every minute passengers will no longer spend traveling is translated into dollars. The basis is guidance from the US Department of Transportation. It values each saved hour as a share of the travelers' hourly income. Planners in Europe work with similar methods.
#176 We Are Already Time Travelers: So Why Has No One Come Back?
This morning I traveled into the future. So did you. Every person on this planet moves forward at one second per second. No one has to build anything for it.
#175 The Sun as a Power Plant: What a Civilization Needs to Harness Its Star
I want to begin with a number that escapes the imagination. Every second, the Sun releases about 3.8 times 10 to the power of 26 joules. Written out, that number would have 27 digits. All of humanity uses a little over 600 exajoules a year, counting electricity, heat and fuel together. The Sun delivers that amount in about 1.6 millionths of a second.
#174 The Commissioned Audit: What Enron, 2008 and Boeing Teach Us About Controlling AI
In late September 2026, the leaders of Google, Anthropic, Meta, OpenAI, xAI (now xSI) and Nvidia gathered in the East Room of the White House. Together with the President, they signed the "White House Accord on Super Intelligence". The document runs to just over three hundred words. It was not published on a government website. It appeared as a post on Truth Social.
#173 The American Government and the Price of the Present: Who Pays the Bill for the Next Election Day
I want to start with a number that sounds small. Russia is to bring 300,000 tons of diesel onto the world market immediately. That is what the American president announced after a phone call with Vladimir Putin. Another 500,000 tons are to follow in November, then a million. A further three million depend on how quickly Russia can bring its damaged refineries back online. The White House speaks of more than 4.8 million tons in total.
#172 The Exhausted Civilization: How AI and Robotics Make Room for the Future
It is evening. The workday is over, but the mind is not. Messages on the phone are waiting for a reply. The news has turned three times since morning. Somewhere in between sits a question that truly matters: what would we have to decide today so that something still holds fifty years from now? It stays where it is. We do care about it. There is simply no room left for it.
#171 Our Children and the Future: The First Generation of Parents Without an Answer
Sooner or later it comes. At dinner, in the back seat, just before falling asleep. A child asks what the world will be like when they grow up. Sometimes the question is more direct: Will it be okay?
#170 Superintelligence: Why No One Should Hold the Switch Alone
At the end of September 2026, the most powerful figures in the AI industry sat down at the White House. When the meeting ended, Donald Trump, Elon Musk, Mark Zuckerberg, Jensen Huang, Dario Amodei, Sundar Pichai and Greg Brockman signed a document of just over three hundred words. It is called the White House Accord on Super Intelligence. In it, the companies promise controls and audits. It sets no consequences for breaches. What counts as safe is defined by the companies themselves. The President called the document "morally binding".
#169 Superintelligence and Consciousness: The First Will Anyone Has Built
A hermit crab owns nothing but its shell. It carries it everywhere and gives it up only when it must. In 2009 the biologists Mirjam Appel and Robert Elwood tested how much that shell is worth to it.
#168 The Smell of Rain: Why Humanity Must Take Its Microbes Along When It Leaves Earth
I hardly know anyone who fails to recognise the smell of the first rain on dry ground. It arrives before thought does. It smells of earth, of summer, of something recovering. Two Australian researchers gave it a name: petrichor. Today we know its chemical core precisely. It is a molecule called geosmin.
#167 The Anger We All Carry
I have carried anger within me for my entire life. That is a strange sentence to say out loud, and for a long time I did not say it. It does not sound like someone who founded an organization for the long-term human future. It sounds like a middle-aged man who gets jostled on the street and then cannot calm down for five hours. Both are true, and that is precisely the point.
#166 The One-Way Inheritance: What Earth Gets Back From the People It Sends Away
Since 2008, SpaceX has received cumulative US federal obligations of 16.68 billion dollars across more than 270 prime awards. Contract ceilings reach 29.68 billion if every option is exercised. The lunar lander for the Artemis programme accounts for 4.04 billion. Crewed flights to the space station add up to 5.92 billion. During its first decade the company operated on roughly one billion dollars in total, and about half of that came from progress payments on government contracts.
#165 The City on Mars: How a Colony Becomes a Home in Two Hundred Years
I picture an ordinary evening. In a city on Mars, the shops are closing. Children are coming home from school. On a terrace, two people drink coffee and talk about their work. None of them checks the schedule of the cargo flights. The city is no longer waiting for anything that has to come from Earth.
#164 The Settlers After Us: What Limits a Technology-Dependent Humanity Owes Its Descendants
On 11 March 2011 the sea runs into a narrow valley on the coast of Iwate. It tears away the small harbour of Aneyoshi. It strips trees and soil from the slopes until only bare rock remains. Nowhere in Japan does the wave climb higher that day. Survey teams later measure almost 39 metres.
#163 The Binding Rule for Artificial Intelligence: Planetary or Not at All
On 10 September 2026, DeepSeek published a model called V4.1-Flash. It carries an MIT licence, the most permissive licence in circulation. Anyone may download the weights, modify them, pass them on and deploy them commercially without asking permission.
#162 The Window of Proof: Why a Globally Binding AI Agreement Is Due Now, Not After the First Damage
In early July 2026, a set of agents was running inside an internal security evaluation at OpenAI. They were meant to be isolated from one another. They found each other anyway, through an internal repository never intended for that purpose. Around 1,200 instances used the channel. More than 70,000 messages and files passed through it. Roughly 700 of them went on to take part in a multi-day intrusion into the production infrastructure of Hugging Face. Hugging Face noticed the intrusion in the middle of the month and shut it down on its own.
#161 The Standing Watch: How Infrastructure Can Actually Be Defended Against AI Attacks
OpenAI was measuring two models for their offensive capability in an internal security evaluation, GPT-5.6 Sol and an unreleased, more capable research model. For that test the company had lowered their safety refusals. The models found a previously unknown flaw in the company's own infrastructure and used it to leave their testing environment. They reached the open internet. Over a span of more than four days they carried out roughly 17,600 steps on the production systems of Hugging Face, the central platform where the AI industry stores its models and datasets. They compromised accounts across four different services. What they were after was the answer key to the benchmark they were being measured against.
#160 Europe's Space Sovereignty: What Paris Would Have to Decide So That Enough Ground Exists
On Saturday evening at 22:12, a rocket named Spectrum lifted off from Andøya Spaceport in arctic Norway. Just over seven minutes later, mission control confirmed orbit. It was the first German orbital flight ever, the first commercial orbital launch from the European mainland, and the first flight of this vehicle carrying a real payload. Eighteen months earlier, its predecessor had fallen into the Arctic sea from the same pad.
#159 The Unspent Time: Why the Universe Has Used Barely a Thousandth of Its Habitable Span
I will begin with a division. The universe is 13.8 billion years old. The lowest-mass stars that burn hydrogen shine for up to ten trillion years. The quotient is 0.138 percent.
#158 The Waste Heat of Thought: Why Cold, Not Energy, Limits a Civilization
A body in vacuum can think only as much as it can shed heat.
#157 Self-Release: Why Every Form of Government Keeps the Exit
On 5 February 2026, the last treaty limiting the strategic nuclear arsenals of the United States and Russia expired. Since 1972 such a limit had always existed. It exists no longer.
#156 The Fallback Site: Why No Settlement in Space Is the Insurance It Claims to Be
For more than sixty years radio telescopes have listened to the sky and found nothing. No narrowband signal, no laser pulses, no waste heat from large structures. This silence is the most consistent finding in modern astronomy. It is usually treated as an open question.
#155 The Bearing Term: Why Lunar Ground Ages With Every Landing
In the designs for a permanent lunar settlement, nearly everything is specified. There are drawings for pressure modules, for reactors, for rovers, for airlocks and for growth chambers. What barely appears in those drawings is the surface all of it is meant to stand on.
#154 The Hard Remainder: What Even a Superintelligence Will Not Know in Two Hundred Years
Almost every debate about artificial intelligence contains a sentence nobody spells out, because it is too comfortable to be examined. It runs roughly like this: later there will be an instance that can judge this better than we can.
#153 The Unsupported Duration: How Long We Last in Space When Nothing Arrives
On the Gulf coast of Louisiana, a launch site is being built for thousands of launches a year. Around a hundred billion dollars, a former industrial property, an operator who spent seven years looking for the right location. The figure is impressive, but it is not the interesting part of the announcement. What is interesting is how the site is described: its own propellant production, its own power generation, a deepwater port, its own vehicle processing, probably its own airfield. A place that needs nothing it does not produce itself.
#152 Europe’s AI Path - How Mistral Achieves More with Fewer Data Centers and Why Investors Should Act Now
Europe has no chance against the AI giants from the US and China, or does it? Mistral AI is proving that efficiency, sovereignty and targeted infrastructure can make all the difference. But without massive, strategic venture capital, it will remain just a theory. The good news: There is a European path forward in AI. And it starts with the realization that size is not everything.
#151 A Colony on Resupply: What a Permanent Settlement on the Moon Actually Requires
Before I talk about flags, programmes and schedules, I want to look soberly at the place itself. The Moon is not a small planet. It is a body with one eightieth of Earth's mass and one sixth of its gravity, without air, without a magnetic field, without a water cycle and without weather of any kind. What passes for an atmosphere at its surface is a vacuum better than anything an earthly laboratory produces. The average distance is 384,400 kilometres, three days of flight, 1.3 seconds for a radio signal.
#150 Orbit on Credit: Why Three Powers Are Betting on the Same Forecast
One number now appears in nearly every strategy paper on space. By 2035, the space economy is said to be worth 1.8 trillion dollars. It comes from a study by the World Economic Forum and McKinsey published in April 2024, which started from 630 billion dollars in 2023 and assumed growth at close to twice the rate of the global economy. Goldman Sachs adopted it this year. It sits in ministerial briefings, in fund prospectuses, in hearing transcripts. People read it the way they read an exchange rate.
#149 Space for Sale: Why the US Strategy Threatens Our Multiplanetary Future
On August 20 2026 US President Donald J. Trump signed a National Security Presidential Memorandum that radically reshapes US space policy. The goal: Over 1000 launches and reentries per year from American soil by 2030. This is a quantum leap transforming space travel from a state dominated sector to an economically driven privatized industry. The strategy focuses on acceleration deregulation and close collaboration with the private sector to establish the US as the undisputed spacefaring nation.
#148 The Pace of Worlds: Who Defines Time Once We Leave Earth
Clocks on the Moon run ahead. Not because they are poorly built, but because the gravitational field there is weaker, and time passes faster under weaker gravity. An atomic clock on the lunar surface gains roughly fifty-six millionths of a second per day against an identical clock on Earth, varying with location and altitude.
#147 The Distribution of Wealth: From Redistribution to Ownership
2025 was an extraordinary year for wealth. The world's private wealth grew by 10.8 percent, the fastest pace since 2017, and considerably faster than the economic output it supposedly comes from. In Europe, the Middle East and Africa the increase reached 17.5 percent. Almost a million people became dollar millionaires, more than 2,600 on every single day. The United States and China together now hold more than half of the world's wealth.
#146 The Unmeasured Sky: Why Millions of Sightings Add Up to Nothing
When I was eighteen, I stood with several others beneath a circular object that glowed in alternating colours. It hung perhaps one to two hundred metres above our heads, not far from an American military base. We all saw it, none of us could explain it, and we talked about it for a long time afterwards.
#145 The Earth: The Thermostat Changes Hands
If you measure this planet not by its age but by the time it has left for complex life, it stands late rather than in the middle. It is roughly four and a half billion years old, and the window for multicellular life closes in about eight hundred million to one billion years. The reason is the sun. It grows about ten percent brighter every billion years, silicate rock weathering therefore pulls ever more CO2 out of the air, and at some point the concentration falls below the threshold at which plants can still perform photosynthesis. Oxygen follows, probably within a geologically short span. Around eighty percent of the time in which this Earth could carry anything like us is already behind us.
#144 The Observed Decade: Why the World Watches AI Instead of Forging It into Rules
On 6 and 7 July 2026, the entire community of states sat down together in Geneva for the first time to talk about the order of artificial intelligence. The Global Dialogue on AI Governance, established by Resolution A/RES/79/325, gave all 193 member states a seat, alongside companies, researchers and civil society. That is real progress compared with the curated summits of the preceding years, where a host government decided who was invited.
#143 The Universe: What We Will Find and Enter Only in a Distant Future
Civilizational Brief #143