At the rate we are currently adding carbon dioxide to our atmosphere (six billion tons a year), within the next few decades the heat balance of the atmosphere could be altered enough to produce marked changes in the climate--changes which we might have no means of controlling even if by that time we have made great advances in our programs of weather modification.

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Glenn Seaborg, 1966 chair of the US Atomic Energy Commission

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Let’s turn now to see how the two kinds of economies—backward and forward—work to solve problems, great and small.

In a forward economy, substantial profits are directed to noble causes every year by workers and enterprises across the nation. The solutions arise not from centralized command, but from countless decentralized choices. Each citizen, foundation, or firm directs a share of surplus toward what they deem most urgent. Problems get solved the same way markets allocate goods—through distributed intelligence and voluntary coordination.

To understand the difference, let’s look at a difficult case: climate change.  

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The Warning That Went Unheeded

Although the greenhouse effect was first described in the 19th century, evidence of human-driven warming began to mount in the 1950s and 1960s. Oceanographer Roger Revelle warned that by burning fossil fuels, humanity was conducting “a great geophysical experiment” with the atmosphere—one whose outcome could not easily be reversed. By the late 1980s, the scientific consensus was unmistakable. When NASA climatologist Jim Hansen testified before Congress in 1988, he declared: “The greenhouse effect has been detected, and it is changing our climate now.”

A well-designed socioeconomic system would have heeded that warning. It would have mobilized capital, talent, and innovation to cut emissions before damage became irreversible. But our backward economy—which emphasizes the return of capital to investors—did the opposite. It self-organized to preserve the very activity causing the threat.

Major fossil-fuel companies, including Exxon, understood the science decades ago. Their internal research confirmed that rising CO₂ levels would come to dangerously warm the planet. Yet rather than act, they chose to protect shareholder value through denial and delay. Advertising campaigns cast doubt on science; lobbying operations pressured government to stand still. Their actions were not aberrations—they were logical outcomes of a system that rewards preservation of profit over preservation of life.

When public alarm grew, the only actor large enough to intervene was the federal government. But in our system, large-scale action demands near-miraculous unity among Congress, the President, and the courts. By design, gridlock emerges rather than consensus. So decades have passed us by. By the time political will finally (if ever) aligns, the crisis will have fully metastasized.

The backward economy, then, does not solve threats early. It lets them fester until the cost of inaction dwarfs the cost of prevention. Like a patient ignoring symptoms until the disease becomes terminal, our backward system trades prudence for delay—and our children will reap the result.  

 

How a Forward Economy Responds

In a forward economy, the same sequence of events would unfold differently from the first moment awareness arose. Imagine 1990: scientific consensus is forming, early warning signs appear, and about one-quarter of citizens see the danger clearly. Those citizens, empowered by forward-system design, have both motive and means to act.

Because every enterprise channels part of its profit into noble causes, billions of dollars of decentralized funding begin flowing automatically. Early funds go to counter disinformation, support climate science, and educate the public. As awareness spreads, resources grow proportionally. Soon, larger coalitions fund technology research, lobby for sensible policy, and finance the first commercial-scale clean-energy projects.

Within a generation, the momentum becomes self-reinforcing. Capital once trapped in the hands of a few now moves continuously toward solutions chosen by the many. Energy innovation accelerates, forests are protected, and emissions decline—all without waiting for Washington to perform the impossible act of perfect unity.

Analysts from McKinsey and Associates have estimated that fully decarbonizing America’s power grid would have required investment roughly equal to one-fifth of a single year’s national income—trivial over three decades. Under a forward design, that sum could easily have been raised through the routine flow of noble-cause giving. The money, technology, and will already existed. What was missing was the mechanism to connect them.

 

Distributed Virtue

The beauty of the forward model lies in how it scales virtue. A few concerned citizens acting early would have catalyzed others, their contributions amplified by transparency and trust. Instead of a handful of corporate boards deciding the planet’s fate, millions of smaller actors would have overruled such folly and architected its repair. Each donation, each investment, each gift is a moral act and economic motion.

This is problem-solving not by miracle, but by design. Small issues attract small flows; large issues attract massive ones. And because resources move automatically with awareness, the system behaves like an immune response—detecting threats, marshalling energy, and neutralizing threats when they’re small and before they become a catastrophe.
 

​From Climate to Crises

Climate change is only one illustration. The same principles apply to every systemic challenge—from poverty to pandemics to the next financial meltdown. In each case, the backward economy delays until it must rescue; the forward economy responds early and prevents collapse.

That brings us to the next test: recessions, financial crises, and depressions—the recurring commerce fevers of our backward design. To see how the forward economy can break that cycle altogether, we turn next to Chapter 12.

 

In the forward economy, even our hardest problems stop being tests of luck or timing. They become reflections of design—and design, unlike fate, can be changed.

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