Editor’s note: Besides tracking technological advancements and innovations, our author is a Juilliard-trained musical composer. Listen to “Arturia Trio #2”, an original improvisation mapping ten octaves into 88 keys by Howard Lieberman, composed for this column.
This is Part Three of the series we are running this month on America’s time horizon problem. Click here for Part One on how America trained its competitors and here for Part Two on how short-termism is an executive disease.
Competitiveness in the next decade
Politics is based on projection. Engineering is based on tangible results. One is based on narratives; the other is based on what is objectively measurable. When engineers say something is supposed to happen and it doesn’t happen, they get fired. When storytellers tell a story, there are few ways to determine if it is real or not. This is frightening because competitiveness is not based on projection but on performance. A nation full of storytellers is not necessarily one that has health insurance, food, assistance, the ability to respond to crises, or long-term sustainability. It would be better if the makers in the world supervised the storytellers, rather than the other way around.
Political time versus physical time
There is a moment when short-term executive culture becomes truly dangerous. That moment arrives when it merges with political decision-making. At that point, the mismatch between narrative time and physical time ceases to be an internal management problem and becomes a national risk.
Engineering operates on physical time. Materials fatigue. Supply chains require sequencing. Skills take years to develop. Complex systems reveal their weaknesses slowly and then all at once. None of this can be rushed by rhetoric. None of it responds to polling cycles.
Politics, by contrast, operates on calendar time. Election cycles, media cycles, and legislative calendars dominate decision-making. Success is measured in visibility, momentum, and perceived action. Outcomes are often secondary to appearances. When these two time systems collide, engineering always loses, at least at first.
This is not a partisan observation. It is structural. Any political system that prioritizes short-term signaling over long-term system integrity will eventually collide with reality. The only question is how much damage accumulates before the collision becomes visible.
When engineers become inconvenient
In healthy systems, engineers and scientists inform policy. Their role is not to dictate outcomes, but to define constraints. They explain what is possible, what is risky, and what will take time.
When that role is respected, societies make fewer catastrophic mistakes.
When it is not respected, engineers become inconvenient.
I have seen this pattern repeatedly. Technical experts raise concerns about feasibility, timelines, or unintended consequences. Political leaders respond by reframing those concerns as lack of imagination or resistance to progress. The language shifts from problem solving to loyalty.
Agreement becomes more valuable than accuracy.
Once that shift occurs, planning degrades quickly. Projects are announced before requirements are understood. Timelines are declared before dependencies are mapped. Success is defined in advance, and dissent is treated as obstruction. Engineering reality does not disappear. It simply waits.
This is how infrastructure projects fail. This is how industrial policy collapses under its own weight. This is how well-intentioned initiatives produce the opposite of their stated goals. The system stops learning because it has decided in advance what it wants to hear.
The cost of governing by narrative
Assuming that talent and infrastructure can be summoned on demand can be perilous. Ask anyone who has actually gotten something done. Howard Lieberman created this image with AI assistance.
Modern politics is increasingly narrative-driven. Stories are simpler than systems. Promises are more compelling than tradeoffs. The temptation to substitute storytelling for engineering is enormous, especially in moments of crisis.
But stories do not build factories. Stories do not train technicians. Stories do not stabilize supply chains. At best, they buy time. At worst, they waste it.
The most damaging political failures of the past several decades share a common structure.
Leaders announce bold plans without investing in the execution capacity to deliver them. They underestimate complexity. They assume talent and infrastructure can be summoned on demand. When results fail to materialize, blame is reassigned rather than lessons learned.
Meanwhile, countries that operate with longer time horizons quietly accumulate advantage.
They invest steadily. They accept slower visible progress in exchange for durable capability. They treat engineering constraints as strategic inputs, not political obstacles.
This difference is now impossible to ignore. Energy systems, semiconductor manufacturing, transportation infrastructure, and advanced manufacturing all reveal the same pattern. Nations that respect engineering timelines build depth. Nations that prioritize political timelines produce volatility.
Why this moment is especially dangerous
What makes the current moment uniquely risky is the convergence of multiple accelerants. Executive short-termism, political polarization, and rapid technological change are all reinforcing one another. Each compresses time. Each rewards certainty over humility.
Emerging technologies amplify this effect. When new tools appear to move quickly, leaders assume everything else can move quickly as well. They confuse software iteration with industrial transformation. They assume that declaring intent is equivalent to building capacity.
It is not. You cannot legislate expertise into existence. You cannot mandate trust. You cannot shortcut learning curves. And you cannot govern complex systems by press release.
Engineers understand this because failure teaches it relentlessly. Politics often does not, because failure can be deferred or reframed until responsibility has shifted elsewhere.
This is why ignoring engineering reality is not just inefficient. It is destabilizing. It produces brittle systems that fail under stress. And brittle systems fail catastrophically.
The price of disrespecting reality
Respect the difference between persuasion and construction. Howard Lieberman created this image with AI assistance.
When politics overrides engineering, the cost is not paid immediately. It accumulates quietly in the form of missed opportunities, degraded capability, and eroded trust. By the time the bill arrives, the decision makers who incurred it are often gone.
What remains is a weakened system and a confused public, told that the failure was unexpected or unavoidable. It was neither.
This column is not an argument for technocracy. It is an argument for humility. It is a call to respect the difference between persuasion and construction, between promise and process, between time measured in headlines and time measured in years.
In the next column, we will confront the final complication. Artificial intelligence and large language models appear to accelerate everything. They create the illusion that prediction has replaced preparation. We will examine why that illusion is dangerous, and why flexibility, redundancy, and learning still matter.
