A freighter four hundred metres long berths in Rotterdam. Eighteen thousand containers. On a screen in the harbour office, four hundred thousand tonnes of goods daily: iron ore from Brazil, soy from Argentina, cobalt from the Congo, lithium from Chile. All of it in motion, seven days a week, every week of the year.
What we call the economy is, physically, exactly that. The movement of atoms with energy. Money, brands, share prices, contracts: all of it is an abstraction that helps us organise this movement. But the movement is real. The atoms are real. The waste that comes from them is real.
The Circle Economy Institute in Amsterdam runs the numbers every year. Around a hundred and six billion tonnes of material extracted, processed and moved through the global economy annually. Four times what it was in the early 1970s. Thirteen tonnes per person. About half comes back out as waste, pollution, CO₂. The global circularity rate has stuck at around seven percent for years. More than ninety percent of what we move comes out of the ground and ends in a landfill or an atmosphere.
In this system three quantities work together, and only one of them is truly limited. The money supply grows exponentially, from five trillion in the 1990s to over a hundred and ten trillion today. Human creative power appears practically unlimited. Patents quintuple, publications double every nine years. Energy alone is finite. The Earth receives 172,000 terawatts from the sun, an order of magnitude that is sufficient in every sense, but our civilisation runs eighty-five percent on the fossil store. The 19 terawatts of primary energy we consume yearly comes mostly from sunlight stored hundreds of millions of years ago. The ratio of charging to discharging is about a million to one.
Now the proxy problem sharpens. Gross domestic product measures the sum of all market-mediated exchanges in a year. Whoever cooks at home does not appear. Whoever eats in a restaurant appears. Whoever lets a forest grow does not appear. Whoever fells it appears. Whoever pollutes a river and then cleans it appears twice. Simon Kuznets, who developed GDP in the 1930s, warned against its misuse. No one listened. GDP became the lead currency of economic policy, and a politics grew around it that celebrates growth while the country itself soil, water, air, animals dwindles.
The inflation rate measures price changes in a defined basket of goods, but baskets change. An official inflation rate of two percent can hide a rent explosion when rents are under-weighted in the national statistics. The share price measures what investors expect, not what a company accomplishes. The unemployment rate counts whoever filled in the right form. Proxies become reality when no one asks what stands behind them, and from this confusion grows a politics that optimises the wrong thing.
The alternatives exist. The Genuine Progress Indicator subtracts externalised harm and adds unpaid work. It has shown stagnation in most Western countries since the late 1970s while GDP of the same countries kept climbing. Kate Raworth’s Doughnut overlays a social floor and an ecological ceiling on a single visual: almost all rich countries sit above the ceiling, almost all poor countries below the floor. Nobody is in the doughnut.
Then the serial asks a spatial version of the same question: where do we actually live, and what does that do to the numbers?
Geoffrey West and Luís Bettencourt have documented scaling laws across thousands of cities. A city twice as large has about fifteen percent more of practically everything. Patents per capita: fifteen percent more. Wages: fifteen percent more. Crimes, traffic accidents, stress indicators, rent costs, commuting time: also fifteen percent more. Size is an intensifier, not a selector. What it intensifies depends on what was there before.
But the footprint tips the other way. A city dweller needs 3.2 global hectares to sustain their lifestyle. A country dweller manages with 1.9. The city imports nearly everything food, wood, water, energy and the transport, processing and disposal all have a weight. The country has shorter supply lines and tighter coupling to natural renewal cycles.
This asymmetry is political as well as ecological. Timothy Mitchell showed in Carbon Democracy that the classical Western democracies of the twentieth century were built on coal. Coal gave workers power because they sat at a central bottleneck. Oil weakened that power. Oil is extracted by engineers in distant deserts, transported by pipeline, globally mobile. Democracy lost one of its material anchors.
A distributed energy system reverses that. Solar panels on roofs, wind turbines in communities, batteries in cellars: thousands of actors have levers again. In Germany citizen energy cooperatives have become the third-largest group of electricity producers since 2008. In Denmark most turbines belong to local ownership groups. The heliogenic material economy follows the same logic. Hemp grows in most climate zones. Wood is everywhere. Mycelium can be cultivated locally. Distribution gives democracy back the grip that globalised supply chains took from it.
The name for this spatial logic is the bioregion. A city embedded in a region that produces its food, delivers its water, processes its residual materials, and receives in return the innovations and cultural institutions the country cannot generate alone. It is an old idea, buried by industrialisation and now returning on new technological foundations: locally produced materials, decentralised energy, digital citizen networking.
Paris has been rebuilding itself as a fifteen-minute city under Anne Hidalgo since 2020: several hundred kilometres of new bike lanes, schools doubling as district centres after hours, streets scaled back for cars. The idea is simple. What can arise locally should arise locally. Milan, Bogotá, Melbourne, Portland are doing versions of the same. What connects them all to the heliogenic architecture is the shortening of distances. A city in which everyday life takes place in the neighbourhood needs less energy for traffic, has denser relationships, more resilient supply.
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