Imagine you have a jar filled with nuts of different sizes. Walnuts, almonds, pistachios, all mixed together. Now shake it. Shake it hard. What happens?
The largest nuts rise to the top. Every time. It doesn't matter how you arrange them initially. It doesn't matter how vigorously you shake. The big ones always end up on top, the small ones always filter down.
Physicists call this granular convection. The rest of us might call it obvious.
But here's what's not obvious: societies work exactly the same way. When a society gets shaken-by crisis, by technology, by war, by sudden wealth-things reorganize. Some ideas rise. Some institutions rise. Some people rise. Others sink.
The question is: what determines size?
In a jar of nuts, size is simple. It's volume. It's mass. A walnut is bigger than a pistachio. But in a society, size is something else entirely. An idea's size isn't measured in words. An institution's size isn't measured in buildings. A person's size isn't measured in height.
Size is measured in resonance. How well does this thing match what the moment demands?
The town that shook
Consider a hypothetical town. Call it Razlog. For fifty years, Razlog's economy revolved around a single factory. The factory made parts for automobiles. Good parts. Reliable parts. The factory employed fifteen hundred people. It sponsored the football clubs. Its logo was on the school gymnasium.
Then one day, the factory closed.
Not because the parts were bad. Not because the workers were lazy. The company that owned the factory had merged with another company. The new company had three factories making the same parts. They kept two. Razlog wasn't one of them.
This is a shaking event.
Within six months, something curious happened. Not what you might expect. Yes, there was hardship. Yes, there was anger. But there was also reorganization.
Three things rose to the top of Razlog's social order:
First, a group of former factory workers who had been running a side business repairing small engines. They started fixing things for people who suddenly couldn't afford to replace things. Their workshop became a gathering place. More importantly, they started sharing tools and knowledge freely. If you needed to fix something, you could use their equipment. If you didn't know how, someone would show you.
Second, the public library. The librarian, who had been largely ignored for years, started running programs on resume writing, on starting businesses, on applying for community college. The library became the town's information hub. Anyone could access what they needed to know.
Third, an idea: that Razlog didn't need to be a one-factory town. That diversity of employment was actually stability. That small was beautiful. That access to tools and information mattered more than access to a single employer.
What sank? The old civic organizations that had been dominated by factory management. The assumption that a good job meant a factory job. The belief that someone else-the company, the government, someone-would take care of Razlog.
The shaking sorted the particles. But it didn't create them. The repair shop already existed. The librarian was always there. The idea of economic diversity had been floating around for years, mostly ignored. What changed was that these things-open access to tools, free information, distributed problem-solving-suddenly had size. They matched what the moment demanded.
The shaking just revealed what had resonance.
What makes something big
Here's the mechanism: in physics, when you shake a container of particles, small particles can flow around big particles but big particles cannot flow around each other. The small ones filter down through the gaps. The big ones have nowhere to go but up.
In societies, the same logic applies but the properties reverse. What's adaptable, what's distributed, what's resilient-those things filter into every gap, every need, every problem. What's rigid, what's centralized, what's brittle-those things can't move anywhere. They get stuck. They sink.
We tend to think bigness means power. Resources. Control. But during a shaking, those are exactly the properties that create immobility.
The factory in Razlog was powerful. It had resources. It controlled employment. But when the shaking came, it couldn't adapt. It was too big in the old way, which made it immovable in the new way.
The repair shop was small. It had almost no resources. It controlled nothing. But it could move into every new gap the crisis created. Need something fixed but can't afford new? Need a place to gather and share information? Need tools but can't buy them? The repair shop could address all of it.
This is why crises don't always elevate what we think they should. We imagine that in hard times, the strong survive. But strength is contextual. Strength in stability looks like size, resources, control. Strength in chaos looks like adaptability, distribution, resilience.
The shaking reveals which kind of strength your society actually has.
The medium matters
But here's where it gets interesting. The outcome of granular convection isn't just about the particles. It's about the medium they're in.
Shake nuts in air, the big ones rise. Shake the same nuts in water, something different happens. Shake them in honey, different again. The viscosity changes everything.
Societies have viscosity too. We call it institutions, laws, norms, infrastructure. These things determine how easily particles can move, what can reorganize where, what gets stuck.
Imagine two towns both lose their major employer. Same shaking event. But Town A has strong bankruptcy protections, retraining programs, and fast internet. Town B has none of these. Different structures. Different outcomes.
In Town A, people can fail at a new business and try again. They can learn new skills online. They can access capital to start something small. Easy movement.
In Town B, one business failure means personal bankruptcy for years. No retraining exists. Internet is too slow for online work. Nothing moves. People leave instead.
Same shaking. Different design. Different outcome.
This is the most important insight: we can design the medium.
We cannot prevent the shaking. Economies will shift. Technologies will disrupt. Crises will come. But we can absolutely determine what kind of things rise when the shaking happens.
If we want distributed capability to rise, we remove barriers to starting things. We make tools accessible. We make information free. We make failure survivable.
If we want concentrated control to rise, we add licensing requirements. We gate access behind credentials. We make information expensive. We make failure catastrophic.
The choice is ours. This is a design problem.
The intelligence shaking
Which brings us to now. To this moment. To the shaking we're in.
The current shaking is technological. Specifically, it's about intelligence. For the first time in human history, intelligence-the ability to process information, make decisions, solve problems-is becoming abundant rather than scarce.
This changes everything about size.
In a world where intelligence is scarce, organizations that concentrate intelligence rise. Big corporations. Big governments. Big institutions. They rise because they can gather smart people in one place, point them at problems, and generate solutions. Their size is their ability to concentrate scarce intelligence.
But when intelligence becomes abundant-when AI can draft legal documents, diagnose diseases, write code, analyze data-concentration stops being an advantage. In fact, it becomes a liability.
Why? Because concentrated intelligence still moves slowly. It still requires coordination. It still has bottlenecks. It's too big in the old way.
What has size in this new shaking? What can address every gap?
Distributed intelligence. Individual capability. Small, fast, adaptive organizations. People who can use abundant intelligence tools to solve problems immediately, locally, specifically, without asking permission from a hierarchy.
Think about Razlog again. What allowed the repair shop to rise wasn't that the workers were smarter than the factory managers. It was that they had direct access to what they needed-tools, space, knowledge-and could act on problems immediately. They didn't need approval. They didn't need a hierarchy. They just needed the right structure.
Now scale that. Not just tools and workshop space, but intelligence itself. What happens when everyone has access to powerful analytical tools, to information processing, to decision support? What happens when you don't need institutional affiliation to solve complex problems?
The particles that rise are:
- Tools anyone can use
- Platforms anyone can build on
- Information anyone can access
- Organizations anyone can start
- Problems anyone can solve
This is what an open apps free society means. Not chaos. Not absence of structure. But a design where abundant intelligence elevates individual agency rather than institutional control.
The particles that sink are:
- Gatekeepers who control access
- Middlemen who extract value without creating it
- Institutions that move slower than the problems they're meant to solve
- Rules that protect incumbents rather than enable newcomers
Engineering the right medium
But-and this is critical-this outcome isn't automatic.
Abundant intelligence could also create a different kind of size. Surveillance could become easier than privacy. Manipulation could become easier than persuasion. Control could become easier than freedom.
These things adapt too. They move into gaps. In the wrong design, they're the ones that rise.
So the question becomes: what kind of system are we building?
A system where data goes to whoever can pay most for it-that's one choice. Information becomes a commodity. Privacy sinks. Surveillance rises.
A system where algorithms are secret and controlled by a few companies-that's another choice. Understanding sinks. Opacity rises.
A system where using intelligence tools requires permission, licensing, institutional affiliation-that's thick resistance to change. Individual capability sinks. Credentialism rises.
Or.
A system where data belongs to the people it's about. Where algorithms are transparent and auditable. Where intelligence tools are available to anyone. Where starting something new is easy and failing is survivable. Where information moves freely and individuals can act on it immediately.
That's a different design entirely.
When the shaking happens-and it's happening now, continuously-what rises is human agency. Individual capability. Creative problem-solving. Local adaptation. Rapid innovation.
What sinks is institutional sclerosis. Bureaucratic delay. Extractive middlemen. Gatekeeping.
The Brazil nut problem
There's a complication. Physicists call it the Brazil nut effect, and it's both a description and a warning.
Brazil nuts are the largest nuts in a typical mixed nut can. Shake the can, they rise to the top. But shake it in certain ways, under certain conditions, and something strange happens. The Brazil nuts sink. The small nuts rise.
This happens when the shaking creates crystallization-when particles lock into rigid patterns that prevent movement. Or when the shaking is too violent and breaks things into fragments. Or when conditions change during the shaking itself.
Societies do this too.
Sometimes a crisis makes people more rigid rather than more adaptive. Fear crystallizes. Tribal patterns lock in. The things that should move-cooperation, trust, information-stop moving. The things that should sink-authoritarianism, zero-sum thinking, closed systems-those are the things that rise instead.
We've seen this. After economic shaking, sometimes what rises is fascism rather than innovation. After technological shaking, sometimes what rises is surveillance rather than empowerment. After social shaking, sometimes what rises is tribalism rather than solidarity.
The shaking alone doesn't determine the outcome. The design matters. But so does how people respond to being shaken.
If people respond by trying to freeze the system-by demanding someone restore the old order, the old certainties, the old hierarchies-they create crystallization. Nothing moves. The wrong things rise.
If people respond by fragmenting-by breaking into smaller and smaller tribal groups, by hoarding information, by seeing every interaction as zero-sum-they change how the system works in dangerous ways.
But if people respond by building better movement-by creating transparency, by sharing information, by making it easier to start things and easier to change things, by treating failure as learning rather than catastrophe-they engineer the system so that freedom rises.
What we choose
The shaking is not optional. Intelligence is becoming abundant. Work is being automated. Information is multiplying faster than sense-making. Institutions built for the 20th century are failing to address 21st century problems. This is happening. The jar is shaking.
What is optional is what we build.
We can build thick resistance-where change is hard, where new things need permission, where information is controlled, where capability is credentialed. When everything shakes, centralized control rises. Individual agency sinks.
Or we can build thin resistance-where change is constant, where new things need only to work, where information moves freely, where capability is demonstrated rather than certified. When everything shakes, individual agency rises. Centralized control sinks.
This is the choice. Not whether to shake. Not whether to change. But what to optimize for when change comes.
The open apps free society is a design choice. It says: let's build things so that when the shaking comes-and it's always coming-what rises is human capability, creativity, and freedom rather than institutional control, extraction, and gatekeeping.
It's not a utopian vision. It's an engineering specification.
The rising
Back to Razlog for a moment. Ten years after the factory closed, the town looks different.
The repair shop became a makerspace. Then a small manufacturing hub. Now it employs forty people making custom parts for vintage cars and specialty equipment. Nothing huge. But steady. And owned by the people who work there.
The library became a community technology center. People learn to code there. To use design software. To start online businesses. Three successful companies were founded by people who started in the library's programs.
The town didn't replace the factory. It replaced the idea of the factory. The idea that one big thing would take care of everyone. Now there are fifty small things. If five fail, forty-five remain. The town is shaking constantly-small businesses start, some succeed, some fail, new ones start. But the town itself is stable because it's always reorganizing.
What rose wasn't what was biggest. It was what could adapt.
This is the pattern. This is granular convection in human systems. This is how societies reorganize under shaking. This is what the open apps free society looks like in practice.
Not perfect. Not utopian. Just a design where what rises is worth having at the top.
The jar keeps shaking
Here's the final truth about granular convection: it never stops. Pick up the jar again tomorrow, it reorganizes again. The particles that rose yesterday might sink today if the shaking changes. What matters is not one outcome but the pattern of outcomes over time.
The choice we face isn't between shaking and stability. It's between a rigid structure that cracks under pressure and one that reorganizes continuously.
In physics, you can design a container where the desired particles always rise, regardless of how it's shaken. You adjust the viscosity. You modify the container shape. You engineer the outcome.
In societies, we can do the same. We can build systems where individual capability keeps rising, where distributed innovation keeps moving, where human agency keeps surfacing-no matter what shakes us next.
The jar is shaking. It will keep shaking. But we hold the blueprint for the container. We write the rules that create the structure. We decide what has size in the world we're building.
That's not optimism. That's physics. That's engineering. That's choice.
The question is not what will rise. The question is what we design to rise.