We may not have flying cars but we do have incredible information technology. We’re mismeasuring the huge benefits it is bringing.

Modern psychiatry appears to be at a standstill, wanting for better treatment and a substantive theoretical framework. Evolutionary theory has the potential to reinvigorate the field.

The Hanseatic League united merchants to bargain with kings, blockade cities, and even win wars. But when technology changed, defections began and the coalition fell apart.

Quartz helped Japan’s watchmakers nearly drive Switzerland’s watch industry out of business. But the Swiss fought back.

Drinking one beer a night for a year is a lot less harmful than drinking 365 beers in one go. The same applies to radiation exposure, but regulation doesn’t agree.

Britain gave an elite group of engineers sweeping power and massive resources to deliver a nuclear power revolution. But their nuclear dreams crumbled.

In 1918, fifty systems supplied London’s electricity. Turning these into a grid required war, nationalization, and an act of engineering insubordination.

Airbus is an example of successful industrial policy and the rare European company that is better than its American rival. Could its success be copied elsewhere?

France built 40 nuclear reactors in a decade. Here’s how they did it, and how the world can follow their lead today.

How a dubious theory of radiation damage based on fruit flies and a secretive weapons testing program came to be – and why its time may now be up.

For centuries it was a poison. Then colchicine rewrote treatment for gout, heart disease, and later, the debate over drug exclusivity.

Antibody therapies are four of the world’s ten best selling drugs. If they were cheaper, they could prevent millions of deaths from rabies, malaria, and dengue.

How a single unappetizing shrub became dozens of different vegetables.

Lead paint was banned in the late twentieth century. Before that, it was outcompeted by a cheap and safe alternative.

China builds towers in a park, while America, and nearly everyone else, builds squat mid-rise blocks. The difference comes down to regulation, not culture.

Science has forgotten that the greatest breakthroughs often come from outsiders who are able to take a fresh perspective.

It’s incredibly hard to deliver drugs to the right organ, especially to reach the brain. Tiny gas-filled spheres that burst on command could change that.

Many countries want to copy Australia’s immigration rules. But its most-copied border policy is not the one that worked.

Multiple myeloma is brutal. We may finally have a cure, but American regulatory inertia means that it was discovered abroad.

Everybody loves to hate Bitcoin. Yet big business is spending hundreds of millions on it, helping to drive the price higher and higher. It’s easy to dismiss that as a marketing fad.

If we ever want to live in space, we need to work out a way of creating artificial gravity.

History’s most famous innovation prize—the longitude rewards—is misunderstood. Innovation prizes are best at promoting refinements, not revolutions.

Throughout history, states struggled to maintain power, having to rely on private agents and enforcers to fund themselves and govern their citizens.

The West has been below replacement fertility once before. Then came the Baby Boom. Understanding that boom may help us deal with today’s bust.

Just beyond central Vancouver, the Squamish Nation is building one of the most ambitious and unusual housing developments in the world, and getting rich in the process. How they did it has lessons for the whole world.

Japan faced some of the world’s toughest planning problems. It solved them by letting homeowners replan whole neighborhoods privately by supermajority vote.

Gentrification can be a real problem for people it pushes out. But the root cause is inflexible housing supply, and solutions that don’t tackle that can make the problem worse.

Houston was notorious for its sprawl. But it has seen a gentle density revolution since the 1990s. Allowing neighborhoods to opt out of citywide reforms was crucial in its transformation.

While rents have been soaring for years in urban areas around the world, one Australian city has weathered the storm. What can the world learn from the experiences of Sydney?

The secrets to extending human lifespans might lie in the animals that can already live for centuries.

Pregnancy can be arduous, painful and for some women impossible. New technology may allow more women to have children, and save the lives of more prematurely born infants. How do we get there?

Gas heating is bad for the environment. But home-built heat pumps aren’t perfect either.

Keeping the grid stable requires overbuilding generating capacity, driving up costs. Batteries fix that.

It has taken almost 60 years to bring traffic congestion pricing to New York. This is the story of how politicians and advocates built the coalition it needed to finally happen.

Madrid tripled the length of its metro system in just 12 years — faster and cheaper than almost any other city in the world. What can its expansion teach other cities?

Drinking one beer a night for a year is a lot less harmful than drinking 365 beers in one go. The same applies to radiation exposure, but regulation doesn’t agree.

In 1688, England swept away the encrusted vetocracy that had held back economic growth for centuries. Could we do the same today?

How Works in Progress editor Ben Southwood learned to stop worrying and love democracy.

There is a closing window to stop driverless cars from creating omnigridlock.

How to create beautiful shopping streets everywhere.

Keeping the grid stable requires overbuilding generating capacity, driving up costs. Batteries fix that.

Some think of advances in science and technology through the metaphor of low-hanging fruit: we “picked” the easy ones, and the rest will be very difficult.

Western housing shortages do not just prevent many from ever affording their own home. They also drive inequality, climate change, low productivity growth, obesity, and even falling fertility rates.

For a time in recent history, R&D labs seemed to exist in a golden age of innovation and productivity. But this period vanished as swiftly as it came to be.

Japan’s railways are the finest in the world. Other countries can copy its formula.

Hong Kong has land to build on, an autocratic government, and the world’s most expensive housing. Why doesn’t it build more?

Trains often stop at the edge of town centres, forcing inconvenient transfers. Running railway lines onto tram networks provides a solution.

Commuter trains often stop at the edge of cities. Short tunnels can link them up, creating metro networks for a fraction of the cost of building them from scratch.

Inventing new materials is only the first step. Getting them into mass production and use is just as hard.

The great slowdown began when we started rationing energy. Restarting progress means getting energy that is so abundant that it’s almost free.

Instant coffee seems unremarkable. It’s just powder and hot water. But making it work took decades.

Mathematics was the cornerstone of the Industrial Revolution. A new paradigm of measurement and calculation, more than scientific discovery, built industry, modernity, and the world we inhabit today.

Competition makes capitalism work. A new method for measuring it may be the holy grail of economic regulation.

We used to dig up roads to put trains underneath – cheaply. Ever-better tunnel boring machines have made the disruption this causes unnecessary.

Americans famously love to sue one another. Are out of control product liability lawsuits the to blame for the crash of the personal aviation industry?

The height of skyscrapers is limited by physical, economic and regulatory barriers, but we should want to overcome them and build taller. Here’s how we can do it.

Crises upend plans, force people to re-evaluate their priorities, and bring into focus new goals. Financial markets give us hints of what we can expect from the aftermath of Covid-19.

Some of the greatest advances in technology have emerged from bringing intelligent people together to solve problems. How do tech clusters develop & how can we use them to replicate past successes?

Olivine is a green mineral that reacts with CO2 in the ocean to form a harmless silt. This reaction might be the key to slowing down climate change, or reversing it altogether.

Until recently, roads were shared between a messy mix of cyclists, stagecoaches, carts, horses, and pedestrians, with no dominant user.

How we calculate inflation has always been a subject of debate. Small changes that might seem trivial can lead to enormous changes in how well-off we think we are.

The AI buildout is bottlenecked by energy. But America has the electricity to power its data centers; the problem is getting it to them.

Lead has been all but eliminated in most of the developed world. Doing the same for the rest of the world might not be difficult.

We’ve learnt to see the world through the eyes of our prey. All the better to eat them with.

Is a build up of generic regulations together causing us to be three times poorer than we need to be? Probably not. But the insidious rise of risk aversion is still a big drag on economic growth.

Chinese dams will hold billions of people downstream to ransom. Could solar-powered desalination make them irrelevant?

The world is warming faster than we can cut emissions. Volcanoes are already cooling the planet, with particles that reflect sunlight. Maybe we can too.

The world is warming faster than we can cut emissions. Volcanoes are already cooling the planet, with particles that reflect sunlight. Maybe we can too.

Not all NIMBYs are alike. Dividing the most unreasonable ones from the rest might be the key to getting homes built.

War is hell. But by allowing more effective states to rule productive regions, it may have been a catalyst for Europe’s early modern advancement.

When America’s economy overtook Britain’s a century ago, it remade the world order. How it happened is still debated.

Rats have conquered nearly every place on earth where humans live. Only Alberta soldiers on.

Radiology combines digital images, clear benchmarks, and repeatable tasks. But replacing humans with AI is harder than it seems.

Polls show that the majority of Americans want to reduce their consumption of meat, but many struggle to do so.

Too few people donate their organs, dead or alive. How can we make it easier to donate, but avoid the abuses that some fear from cash payments?

Systems thinking promises to give us a toolkit to design complex systems that work from the ground up. It fails because it ignores an important fact: systems fight back.

Today’s world requires vastly more copper than you could imagine, and the world of electric vehicles will require even more. That means finding new ways to find and extract copper from the earth.

New Zealand passed the most ambitious upzoning reforms in the world. Now comes the backlash.

Nanotechnology sometimes sounds as much like science fiction as artificial intelligence once did. But the problems holding it back seem solvable, and some of the answers may lie inside our own bodies.

Electrical interference has restricted what humans can observe with telescopes. To make leaps as a species, now’s the time for us to build a telescope on the far side of the moon.

Continental drift is as fundamental to geology as natural selection is to biology. Why did it take us hundreds of years to discover it?

Society has free-ridden on women for millennia, benefiting from the children they’ve had while bearing few of the costs. But as women have gained other options, birth rates have fallen.

Washington, DC, has avoided the worst price rises that have plagued many other growing American cities. Arlington’s transit-oriented development might be the reason.

Thomas Edison is often accused of not having invented the things he gets credit for. He did something even harder: he built the systems needed to get them to market.

In 1965, married American women did 34 hours of housework weekly. By 2010, that had fallen to 18 hours. The dishwasher wasn’t the only cause, but it certainly helped.

Ordinary yellow pineapples were once so precious they were rented for display at dinner parties, but centuries of innovation made them commonplace.

Scientific papers are dense, jargon-filled, and painful to read. It wasn’t always this way – and it doesn’t have to be.

America’s food banks had a broken distribution system. University of Chicago economists fixed it.

We disinfect water before we drink it. Germicidal ultraviolet could make airborne disease as rare as those carried by water.

France was once Europe’s superpower, thanks above all to its enormous population. Its decline coincided with a collapse in its birth rate – now we know why.

Ending acid rain was one of humanity’s greatest environmental successes. Here’s how it happened.

The story behind humanity’s greatest environmental success is too rarely told and too often taken for granted. This is how humanity fixed the ozone layer and why it matters.

Mathematics was the cornerstone of the Industrial Revolution. A new paradigm of measurement and calculation, more than scientific discovery, built industry, modernity, and the world we inhabit today.

The traditional European apartment city has declined almost everywhere. There is one big exception.

International development was revolutionized by experiments and evaluations of its methods. Meta-science can learn from it.

English prose has become much easier to read. But shorter sentences had little to do with it.

Silk is stronger than steel or kevlar. We are already using it to transport vaccines without cold chains and make automatically dissolving stitches. What else could it be used for?

Prediction markets are legal, contrary to popular belief. But they remain unpopular, because they lack key features that make markets attractive.

We have learned to fear plutonium – one of the world’s most useful materials. But as long as you don’t eat it, you’re probably safe.

Lead has been all but eliminated in most of the developed world. Doing the same for the rest of the world might not be difficult.

New York’s skyscrapers soar above a century-old steam network that still warms the city. While the rest of the world moved to hot water, Manhattanites still buy steam by the megapound.

What do cryogenics, butterfat tests, and genetic data have in common? They’re some of the reasons behind the world’s most productive dairy cows. Here’s how it all started.

Behavioral economics has identified dozens of cognitive biases that stop us from acting ‘rationally’. But instead of building up a messier and messier picture of human behavior, we need a new model.

Many have argued that innovation develops in a simple linear fashion – from research to experimentation to engineering.

Too few people donate their organs, dead or alive. How can we make it easier to donate, but avoid the abuses that some fear from cash payments?

Synthetic diamonds are now purer, more beautiful, and vastly cheaper than mined diamonds. Beating nature took decades of hard graft and millions of pounds of pressure.

Many low-income countries are unable to provide effective governance for their citizens, trapped in a cycle of slow growth and persistent corruption. Charter cities may provide an answer.

Without new humans, growth will slow, and we will be less likely to reach the stars. But pro-natalism has been captured by a range of unsavory voices. There is an alternative.

Life in the state of nature was less violent than you might think. Most of our ancestors avoided conflict. But this made them vulnerable to a few psychopaths.

As rental prices continue to climb in San Francisco, tech firms have looked to relocate in other cities. Without major housing reforms, the next Silicon Valley will face the same fate.

Cheap, safe nuclear power is possible, but is all but prohibited in most Western countries. A regulatory sandbox for fission could shake us out of our regulatory sclerosis.

Western housing shortages do not just prevent many from ever affording their own home. They also drive inequality, climate change, low productivity growth, obesity, and even falling fertility rates.

The conversation around science is full of ideas for reform, but how do we know which ones will be effective? To find out what works, we need to apply the scientific method to science itself.

Not all NIMBYs are alike. Dividing the most unreasonable ones from the rest might be the key to getting homes built.

Clean drinking water is a modern miracle. But it has become expensive, and it doesn’t need to be.

Local government faces incentives just like everything else. If we want voters to encourage growth near them, we need to make it worth their while.

We may be close to rediscovering thousands of texts that had been lost for millennia. Their contents may reshape how we understand the Ancient World.

In 1688, England swept away the encrusted vetocracy that had held back economic growth for centuries. Could we do the same today?

We disinfect water before we drink it. Germicidal ultraviolet could make airborne disease as rare as those carried by water.

I was deliberately infected with Zika to test a vaccine. Human challenge trials like my one could save millions of lives by developing prophylactics more quickly.

In the 1940s, scientists made a discovery now fundamental to biology: genes are encoded in DNA. The story involves bacteria, dead mice, and a kitchen cream separator.

Generations of microbes evolve in hours, not millennia. By speeding up Darwin’s clock, scientists have watched evolution happen in real time, and it’s changed how we understand natural selection.

Science has forgotten that the greatest breakthroughs often come from outsiders who are able to take a fresh perspective.

Lead has been all but eliminated in most of the developed world. Doing the same for the rest of the world might not be difficult.

Power outages force businesses across Africa to rely on expensive, dirty diesel generators. Price caps block improvement, but removing them isn’t easy.

Bacteriophages – viruses that infect bacterial cells – were almost forgotten in the age of antibiotics. Now as bacterial resistance grows, they may return to help us in our hour of need.

New technologies can be dangerous, threatening the very survival of humanity. Is economic growth inherently risky, and how do we maximize the chances of a flourishing future?

Science has largely solved the problem of reproductive ageing for women, but they have to prepare while they’re young.

Asbestos was a miracle material, virtually impervious to fire. But as we fixed city fires in other ways, we came to learn about its horrific downsides.

How a grasshopper caused the 1873 panic, and why recessions are usually just bad luck.

Western democracies appear to have floundered in their responses to Covid-19. Is there a relationship between health and freedom, and can it be unraveled?

Many low-income countries are unable to provide effective governance for their citizens, trapped in a cycle of slow growth and persistent corruption. Charter cities may provide an answer.

New Zealand passed the most ambitious upzoning reforms in the world. Now comes the backlash.

We now have the power to genetically modify entire species by inserting certain genes into them with brute force. Doing this to malaria-carrying mosquitoes could allow us to wipe out humanity’s most deadly killer.

Snakebites kill between 80,000 and 140,000 people every year. Better antivenom should be a high priority – thankfully new technology can help.

Evidence from the life of Matt Clancy.

Bad incentives, muddled theory and no practical use. The condition of the social sciences has been blamed on a great variety of things; what’s really at fault and how do we know?

Japan’s railways are the finest in the world. Other countries can copy its formula.

Exposing misinformation online is hard to do at scale and can veer into outright censorship. The wisdom of crowds can lead us to the answers.

Large swaths of America’s cities were originally underwater. We stopped half a century ago, but there is plenty more land left to take.

A monstrous plan to build major motorways through some of London’s greatest neighborhoods fell apart. But the price was the birth of the NIMBY movement, and a permanent ceiling on Britain’s infrastructure ambitions.

Communism had reforming optimists too. Understanding why they failed can help today’s reformers to avoid the same fate.

Airports and cities may face delays and rising costs, but cruise ships keep breaking records. They show what can still be built.

Vaccinating wild animals can protect human health, and spare animals from extinction and suffering.

For nearly two centuries, pain relief meant effective but addictive opioids. Scientists have finally made something better.

Advance Market Commitments allow us to buy technology from the future to support its development: vaccines, carbon capture technology, and even spacecraft. Here’s how you can start your own.

SGLT2, a protein in the kidney, takes glucose out of the urine and puts it in the blood. Blocking this reduces diabetes, heart disease, and kidney disease – but we’re not exactly sure why.

Critics of scientific reform say that transparency comes at the cost of speed. What can disciplines learn from each other to break away from this crisis?

Most flags used to be ugly. They were probably better that way.

By betting on extreme ultraviolet lithography long before it worked, ASML became the chokepoint for cutting-edge chips.

How do technologies get off the ground? As well as seed funding, many of the best technologies require Buyers of First Resort, which buy products until they improve enough to get to efficient scale.

Deterrence alone might not stop crime. But, as the campaign against drunk driving shows, it could help create the norms that do.

Pour-over coffee has long been popular with coffee enthusiasts, but it frustrated coffee shops because it takes so long to make. That’s changing.

Prediction markets are legal, contrary to popular belief. But they remain unpopular, because they lack key features that make markets attractive.

The kitchen of 2020 looks mostly the same as that of 1960. But what we do in it has changed dramatically, almost entirely for the better—due to a culture of culinary innovation.

Are technology and the environment friends or foes? In this wide-ranging conversation, we discuss climate policy, activism and ecomodernism with Ted Nordhaus.

In spite of major technological progress, tech is often envisioned in the media with pessimism and dread.

Horses bled for antivenom, crabs drained for endotoxin tests, and silkworms boiled for silk. Science can now replace these practices with synthetic alternatives — but we need to find ways to scale them.

As climate change threatens crop yields, we need a second Green Revolution – one that, this time, is driven by genetic engineering.

Bus stop balancing is fast, cheap, and effective. It can turn a service people tolerate into one they’re happy to use.

It is a truth universally acknowledged, that a single man in possession of a good agricultural surplus, must be in want of a wife.

Instant coffee seems unremarkable. It’s just powder and hot water. But making it work took decades.

Inflation targeting is now standard in central banking. But it began with an offhand comment and a political gamble in New Zealand – long before economists took it seriously.

Nobody had a plan to get vaccines out of freezers and into Americans’ arms – except VaccinateCA. Its CEO tells the story of how a small team brought order to a chaotic rollout.

International development was revolutionized by experiments and evaluations of its methods. Meta-science can learn from it.

Protecting people’s health during the pandemic will increase debt, but the economic consensus is that we shouldn’t be concerned.

Cocktails aren’t what they used to be – and that’s a good thing. The search for fresher and more novel ingredients from ever further afield continues to revolutionize mixology for the better.

How to create beautiful shopping streets everywhere.

Life in the state of nature was less violent than you might think. Most of our ancestors avoided conflict. But this made them vulnerable to a few psychopaths.

Childbirth may be the most painful thing a person can experience, but we have the technology to numb the pain.

The scientific and technological battle against bad bread had a role in women’s liberation.

Every hundred South Koreans today will have only six great-grandchildren between them. The rest of the world can learn from Korea’s catastrophe to avoid the same fate.

The West has been below replacement fertility once before. Then came the Baby Boom. Understanding that boom may help us deal with today’s bust.

Europe’s cutting edge firms are falling far behind the American frontier because of restrictive labor laws.

We’re looking for new authors and article pitches.

Hundreds of thousands of people die from malaria each year, but it took 141 years to develop a vaccine for it. Advance market commitments could speed things up next time.

Before grinding mills were invented, the preparation of flour for food was an arduous task largely carried out by women for hours every day. How did it affect their lives and why does it remain a tradition in some places even today?

It is often suggested that modern viewers dislike painted reconstructions of Greek and Roman statues because our taste differs from that of the ancients. This essay proposes an alternative.

Buildings are not just art – they are the places people live in, work in, and experience every day. True functionalism combines utility and beauty for the people who use it most.

Brain implants are letting people move, speak, and interact with machines using only their thoughts. The first FDA approvals may arrive within five years.

Fire has almost disappeared as a cause of death in the developed world. A similar approach could do the same for infectious diseases.

Building a state is not a matter of copying first world institutions. It is a tough process of deals and compromises. 19th century Mexico is a good example.

Ireland’s housing bubble and bust has become emblematic of what not to do in housing debates around the world. The only problem is nobody agrees what actually went wrong.

Multiple myeloma is brutal. We may finally have a cure, but American regulatory inertia means that it was discovered abroad.

A disease that was once a death sentence is increasingly treatable.

Science has largely solved the problem of reproductive ageing for women, but they have to prepare while they’re young.

Many women face a choice between career advancement or motherhood. But emerging fertility technologies could allow women to have it all.

Is a build up of generic regulations together causing us to be three times poorer than we need to be? Probably not. But the insidious rise of risk aversion is still a big drag on economic growth.

Is the popularity of the Marvel Cinematic Universe a sign of art in decline? It’s common for people to assert that film, art, music and literature are getting worse. This is why they’re wrong. 

The cities of the developing world could be its growth engine if their streets were not so gridlocked. The solution is laying out wider roads.

Why do high-cost cities have more homelessness? It’s not just about rents — it’s also about the rooms friends and family can’t afford to share.

The first vaccine was a lucky accident. Now we can design new vaccines in weeks, atom by atom.

Hundreds of thousands of people die from malaria each year, but it took 141 years to develop a vaccine for it. Advance market commitments could speed things up next time.

Outdated forms of peer review create bottlenecks that slow science. But in a world where research can now circulate rapidly on the Internet, we need to develop new ways to do science in public.

Are technology and the environment friends or foes? In this wide-ranging conversation, we discuss climate policy, activism and ecomodernism with Ted Nordhaus.

Critics of scientific reform say that transparency comes at the cost of speed. What can disciplines learn from each other to break away from this crisis?

Although Viktor Zhdanov’s name is little known today, he spearheaded one of the greatest projects in history. Who was he and what did he do?

Western housing shortages do not just prevent many from ever affording their own home. They also drive inequality, climate change, low productivity growth, obesity, and even falling fertility rates.

Building infrastructure doesn’t need to come at the cost of the environment. But it does need smarter rules.

Europe’s housing shortages are even worse than America’s. So why does nobody there talk about zoning?

For three hundred years, Japan enjoyed enviable stability and peace. All it took was locking up its warlike samurai elite in the world’s least efficient city.

What Americans take to be a borrowed European tradition turns out to be a national style all of their own.

Wheeled vehicles existed for 5,000 years before someone thought of running a bus service.

Many Victorian cities grew by tenfold in a century. Could ours ever do the same?

Was modernism originally a way to signal taste instead of wealth?

It was once legal to build almost anything, everywhere. Then, in the space of a few decades, nearly every city in the Western world banned densification. What happened?

Why do some neighborhoods get garden squares and graceful streets, while others don’t? The answer isn’t zoning or taste, it’s who owns the land, and how unified that ownership is.

Pedestrian tunnels are often thought to undermine urban life. The opposite happened in Toronto.

Why are buildings today simple and austere, while buildings of the past were ornate and elaborately ornamented? The answer is not the cost of labor.

Unlike nearly all other arts, architecture is inherently public and shared. That means that buildings should be designed to be agreeable – easy to like – not to be unpopular works of genius.

Many modern buildings put up today seem uglier than traditional ones around them. Some say this is because we’ve torn down the ugly old buildings, and only see the survivors. Are they right?

Building traditionalist architecture today is derided as inauthentic pastiche. But this perspective turns a blind eye to the dramatic and sophisticated ways that design has been applied throughout history.

Land value taxes are once again becoming a popular all-purpose solution to housing issues. But implementing them in early 1900s Britain destroyed the then-dominant Liberal Party.

Britain had its fastest ever house price growth not in the 2020s but in the 1970s. Houses then were also getting smaller and worse. The problem was a lack of supply.

Unwinding Russian serfdom took half a century. To eventually do it in the face of powerful opposition took a remarkable approach that let peasants vote themselves into freedom.

The history of attempts to reform planning in Britain is proof that political willpower is not enough: you need to be smart, not just brave.

Our success is based on scientific discovery, so it’s not surprising how much faith we put into it. But we now trust science so implicitly that our trust undermines the institution itself.

Covid-19 brought death, suffering and financial straits, so it was unsurprising that depression rose around the world. But when the data came in, we found suicide did not – and it’s a mystery why.

Breakthroughs in artificial intelligence are forcing skeptics to eat their words. We should take its risks seriously too.

Hundreds of thousands of people die from malaria each year, but it took 141 years to develop a vaccine for it. Advance market commitments could speed things up next time.

We have eradicated smallpox, cured many bacterial diseases, and invented a vaccine for Covid-19 within the year. But for a very long time we haven’t had a single good treatment for obesity.

Though we tend to see history as just one political event after another, it’s technology and ideas, not politics, that change our lives the most. History should reflect that.

The world’s first round-the-world solo yacht race was a thrilling and, for some, deadly contest. Its contestants’ efforts can teach us about the art of maintenance.

Scientific research today is afflicted by poor reliability and low utility, despite the best efforts of individual researchers.

Plagiarism is unforgivable in academia but it’s not plagiarism itself that should trouble us. It’s carelessness and a lack of originality.

Alongside all the successes of science in the Covid era, the pandemic has also sparked an outbreak of viral misinformation and sloppy research, revealing the glaring flaws in our scientific system.

Researchers have known for decades that lead poisoning damages brains and worsens crime, but millions of Americans still drink contaminated water every day. Here’s how we can fix that.

Homeowners are often the biggest opponents of building new homes. An Israeli reform reversed this by making homeowners the main beneficiaries of development.

Stripe Press’s Tamara Winter sits down with J. Storrs Hall, whose book ‘Where is My Flying Car’ inspired this issue, to talk about stagnation and the possibility of progress.

Most ancient architectural traditions have withered, but one is enjoying a golden age: Hindu temple architecture.

Could an asteroid wipe out human civilisation like it may have eliminated the dinosaurs? Big asteroids come along extremely rarely and our monitoring systems are effective and well funded.

The earth’s core is hot. So hot, that if we drilled deep enough, we could power the world millions of times over with cheap, clean energy, supporting renewables when the wind isn’t blowing and the sun isn’t shining. But getting there is tough.

Animal drugs are approved much faster than human drugs. Perhaps we could adopt the same model for humans without compromising on safety.

Many scientific papers receive little attention initially but become highly cited years later. What groundbreaking discoveries might have already been made, and how can we uncover them faster?

Millions of years of evolution have given us genomes that are like giant datasets for drug development. Finally, we are learning how to study them.

Two Dutch brothers invented a system that transformed a city previously ravaged by fires

‘Artificial’ didn’t scare Americans in the 19th century. Why does it scare them now?

Benjamin Spock told mothers in the mid-twentieth century to buy six dozen cloth diapers and a covered pail. Within a decade, both were obsolete.

Sports solved a problem that nearly killed television.

Long before modern science, Europeans learned to see their own time as an age of invention rather than decline.

When the future arrived, it felt… ordinary. What happened to the glamour of tomorrow?

Libraries contain books, yes. But they also contain latex rubber, carbon fiber fabrics, and graphene aerogel. And in some materials libraries you can cut, cast, drill, sand, scrape, and sculpt too.

Polyester went from being the world’s most hated fabrics to one of its favorites. It’s so successful that many people don’t even realize they’re wearing polyester today.

Duels can be brutal and even lethal. But duels emerged in societies around the world for an important reason: to control and manage violence, not just to celebrate it.

Horses bled for antivenom, crabs drained for endotoxin tests, and silkworms boiled for silk. Science can now replace these practices with synthetic alternatives — but we need to find ways to scale them.

No person should get excited about a blank wall. But your wall at home is a reminder that most advancements are almost entirely invisible.

Plastic is eating the roads. It might be a cleaner, quieter, ready-made alternative to asphalt for the next generation of paving.

Large swaths of America’s cities were originally underwater. We stopped half a century ago, but there is plenty more land left to take.