The Big Picture
What Did I Understand?
The things that surprised me as I built out all these numbers
Putting this site together end to end, I spent a long time with the numbers of all four layers. Some made me think “yes, it would be like that, but I didn't know it was this much”; some genuinely surprised me. What follows is that notebook, no jargon, kept short. If an entry catches you, follow the link under it to the page it comes from.
I guessed the direction, but the number surprised me
Our bodies didn't grow, yet the matter each of us pulls in has multiplied.
In the age of Göbekli Tepe a person drew about 0,7 tonnes of matter from nature in a year, wood, game, stone. Today an average city dweller accounts for 10,5 tonnes a year, 15× as much. We're still seventy kilos; what grew is not our flesh but the concrete, asphalt and steel we pour around ourselves.
Every day, in your name and out of sight, a sack of rock is dug up.
Divide the yearly 10,5 tonnes across the days and it's close to thirty kilos of raw material per person, every day, for the metro you ride, the building you live in, the tower your phone connects to. More than half of it is just sand, gravel and crushed stone.
I assumed recycling was rising; the share is actually falling.
Only about seven percent of the material the world uses cycles back into use. And that share hasn't risen lately, it's dropped, from nine and a half percent to seven. Most of what we extract is either locked inside buildings for decades or scattered beyond recovery.
Most of the energy we burn never even becomes work.
Only about a tenth of the energy industry burns actually turns into work, turning, heating, moving; the rest leaks away as heat. The strange part: even the theoretical ceiling the laws of physics allow is only around eleven percent.
where to look:Layer 1 · The Cost of TransformationBehind the “weightless” digital world sits a mountain of matter.
Making one gram of microchip consumes hundreds, by some counts tens of thousands, of times its own weight in material, water and chemicals. Steel, aluminium, cement, copper: a kilo of each demands many times its weight in inputs.
where to look:Layer 1 · The Cost of TransformationGetting rich by owning, not by working, is now the rule.
All of humanity produces $118 trillion of work in a year. But the wealth stacked up in deeds, shares and assets is $734 trillion, 6,2 times a year of that work. Because capital earns rent and interest even while its owner sleeps, and its return outpaces growth, the gap between accumulated wealth and labour keeps widening.
The markets turn over everything the world makes more than eighty times a year.
In a year, currency and derivative markets turn over $9.735 trillion, more than 82× the $118 trillion of world GDP, the planet's entire real output. This volume produces no new good, no new service; it just packages and passes on risk.
where to look:Layer 3 · OverviewThis “paper storm” is new: a generation ago it was far smaller.
A generation ago this storm was far smaller: in 2000 market flow ran at 27× of GDP, against 82× today. The most abstract layer of the system is also its fastest-growing one.
where to look:Layer 3 · OverviewA year of digging by eight billion people changes hands in the markets in half a day.
The monetary value of all the ore, crops and oil pulled from the ground in a year comes to $6,5 trillion, and at the speed of market flow that sum turns over in just 6 hours of trading, between breakfast and dinner.
where to look:Layer 3 · OverviewOnly a sliver of the oil that trades ever actually gets loaded onto a tanker.
For every physical barrel of crude produced, around fifteen “paper barrels”, contracts closed for cash before they mature, are bought and sold in a year. Most traders never see or smell the oil.
where to look:Layer 3 · Speed & LatencyA big company's value is no longer in its factories but in what you can't see.
In 1975 about a sixth of big companies' market value was intangible, brand, patents, software, process. Today that share is past nine tenths; buildings and machines are a small remainder.
where to look:Layer 2 · Intangible CapitalWe grew more crowded, but pulled in far more matter.
Since 1900 the world's population has multiplied by five. Over the same span the raw material we pull from the ground each year multiplied by fourteen, the energy we use by fourteen, and fossil fuel alone by twenty-three. It isn't just more people; the machine and material appetite per person compounded too.
More and more, who gets rich is set by where their grandparents put their money.
In the United States alone, the wealth held by the post-war generation is expected to pass to heirs and charities by 2045: eighty-four trillion dollars in total. The largest wealth transfer in history, and it runs on the inheritance register, not on merit.
Learning this genuinely surprised me
The total weight of the things we've made has overtaken all life on Earth.
Concrete, asphalt, metal, brick, plastic, the mass we've extracted and kept in use adds up to 1.100 billion tonnes, more than the combined weight of every tree, animal and microbe on the planet. We no longer live in a biosphere but inside a stone shell of our own pouring.
where to look:Layer 0 · Planetary ImpactIn one year we burn what nature took millions to store.
Coal, oil and gas aren't really “fuels” but ancient sunlight, compressed. The fossil energy we burn in a year is close to four hundred times what all the world's plants produce in that year. We're spending inheritance, not income.
where to look:Layer 0 · Planetary ImpactMost of the safe limits science has drawn are already crossed.
Researchers define nine critical thresholds that keep the planet in balance, climate, biodiversity, the nitrogen-phosphorus cycle, fresh water, land use, chemical pollution... Six of them have now been breached.
where to look:Layer 0 · Planetary ImpactWe crush more rock every year for the same metal.
A century ago the copper mines in operation ran ore that was two percent copper. Today that's below half a percent. The same amount of copper means grinding, hauling and piling up four to five times as much rock.
where to look:Layer 0 · Planetary ImpactThe energy it costs to get energy keeps rising.
A century ago one barrel of oil spent could bring up a hundred. For new sources today that ratio is far lower, the easy stuff is gone, what's left is deeper, thinner, costlier. The system eats more of its own tail to do the same work.
where to look:Layer 0 · Planetary ImpactThe market is now a place where machines, not people, wait on each other.
A person reacts to something in a quarter of a second. Between New York and Chicago the physical floor for an order is four milliseconds; a trading chip decides in a thousandth of that. The core workforce running this is tiny too: the number of people turning the markets is about one hundred and ninetieth of those pulling resources from the ground.
A number with no mass can decide which mine opens.
Layer 3 is abstract but not detached. A futures price shapes which mine opens and which closes, which field gets planted, what bread costs. And the other way: a blocked strait, a drought, a strike shakes the markets at once. The loop runs both ways and is largely measurable, some channels are contested, and we give those with both views.
The price of bread is set not in the field now but on a piece of paper.
Until the grain exchange opened in Chicago in 1848 and standard silos were invented, wheat was bought by the sack, by smell. The silo severed wheat from its matter and turned it into a certificate, “No. 2 Hard Winter”. The bread we eat today is priced by that paper's descendants. The moment abstraction was born.
What makes a field “wealth” isn't its soil but the state behind it.
An empty field or a pile of bricks is worth nothing on its own. What turns it into wealth is the boundary drawn around it, the entry in the land registry, and the court's promise to remove anyone who trespasses. Withdraw the law and property evaporates. Wealth is not a substance but a protected claim.
First the land was fenced; now it's genes and code.
In seventeenth-century England the common pastures were walled off and the villagers shut out. Today the same fences go up, as patents, around gene sequences, software algorithms and seed DNA. Property has moved off matter and onto the code of life and knowledge.
The thing we extract most after water, and it's running out.
The bulk of concrete and asphalt is sand and gravel; we extract close to fifty billion tonnes a year, the most of anything after water. Deserts are full of sand but it's useless: grains rounded and polished by wind won't bind in cement. Concrete needs angular, water-worn river and marine sand, and that is running short.
where to look:Layer 0 · Planetary ImpactThe plastic we've made outweighs land mammals many times over.
The total weight of all the plastic made from 1950 to 2015 is more than eight billion tonnes. Most of it is still around: over three-quarters in landfill or the environment. That is tens of times the combined live weight of every wild mammal and farm animal on Earth.
where to look:Layer 0 · Planetary ImpactThe South digs; the North holds the title.
Most raw material comes out of the ground in the Global South: Asia-Pacific is over half of world extraction (China alone a third), with Latin America and Africa a further slice. But the big mining companies are headquartered and listed, and the price-setting exchanges are domiciled, mostly in high-income countries. Physical resources flow from south to north while the monetary surplus stays north. (The ownership side isn't reduced to a single figure; the extraction shares are sourced.)
The world's largest line of work is unpaid and off the books.
More than sixteen billion hours of unpaid care and domestic work are done every day, raising children, cooking, nursing the sick. Valued even at the minimum wage it comes to about a tenth of global income, eleven trillion dollars. Women do three-quarters of it, and all of it sits entirely outside the GDP accounts.
where to look:The Big Picture · Horizontal Cross-Section
The clearest thing to come out of all this: we set out only to keep warm and find food. The systems we built to make that easier, moving information and organising ourselves, have grown far past what we intended, and grow further every day. No one planned for a family in Zambia to face a heating and food problem because of one analyst's trade, wrong or right, in London.