I use AI more and more in my daily thinking and writing process. One of my favorite use cases is to pressure-test complex topics with First Principles reasoning, so I can separate core constraints from assumptions and noise.

I've been a fan of First Principles Thinking for years, from Elon Musk's interviews to Ray Dalio's work in Principles. Recently I've been asking Claude to apply First Principles reasoning to a topic, and then explain it to me like I'm an intelligent alien who knows nothing yet about Earth and humans.

For reader background (not part of my Claude prompt), here is a Guardian explainer on the Strait of Hormuz context:

Today, attacks were also reported on the LNG plant in Qatar, which makes the oil-vs-LNG distinction even more relevant for the analysis.

Planet: Earth — Sol III
Subject: Energy Anomaly 2026 — Structural Analysis

They had one critical weakness. It failed. They'll fix the symptom.

Homo sapiens is a biologically vulnerable but cognitively exceptional organism. They cannot survive without external energy sources — their bodies produce insufficient heat in cold environments, they cannot grow food without machines, and their social structures of billions of individuals depend entirely on continuous energy supply.

They have built two parallel energy systems:

System A — Oil: for movement. Aircraft, ships, trucks, cars. Everything that moves, moves via oil.

System B — Gas (LNG): for heat and production. Warming homes, generating electricity, smelting steel, growing food. Everything that is made or kept warm, happens via gas.

These two systems are not interchangeable. The infrastructure — the pipes, engines, turbines, boilers — was built per system over more than a century. Switching takes decades, not weeks.

An armed conflict has effectively closed one narrow channel of 34 kilometers — the Strait of Hormuz. Through this channel normally flows:

Both systems have therefore been struck simultaneously. Not partially — structurally.

This is where the situation becomes genuinely interesting to us as external observers. The crisis is not purely a logistical problem. It reveals a series of broken principles that run deeper than the war itself.

The species has built a civilization of 8 billion individuals on a supply chain with a single point of failure. They knew this. They documented it, analyzed it, debated it in their legislative bodies.

And they built it anyway.

This is not ignorance — it is a structural feature of how this species makes decisions. Short-term economic incentives consistently defeat long-term systemic risk. The generation that creates the vulnerability does not bear the cost. The generation that follows does.

The consequence: when the failure point is reached, there is no soft landing. The system collapses inward, not gradually.

The species treats energy as if it were a product like any other: something bought, sold, and replaced when it becomes more expensive.

But energy is the precondition under which all other products exist.

When energy disappears or becomes dramatically more expensive, the price of food, heating, transport, medicine, and production rises simultaneously. The species calls this inflation, but that word understates the severity. It is more accurately: the purchasing power of the weakest individuals evaporates first.

The wealthiest individuals and nations absorb the shock. The poorest — those with no reserves, no alternatives, no political voice — feel it immediately in hunger, cold, and instability.

Energy inequality thus becomes a direct driver of social unrest, migration, and conflict. The war that caused the crisis can in this way seed new conflicts. A recursive loop.

This is something the species itself understands poorly.

They perceive food and energy as separate domains. But modern food production is energy consumption. Artificial fertilizer — made from natural gas — feeds more than half of all humans on the planet. Tractors run on diesel. Cold chains run on electricity, generated with gas.

Now that gas is gone, fertilizer production collapses. Now that oil is scarcer, food transport costs rise. This is happening precisely in the season when farmers across the Northern Hemisphere must fertilize and sow their fields.

The consequence: an energy crisis in spring 2026 becomes a food crisis in autumn 2026. With a delay of months — long enough that the political connection between cause and effect fades, but inevitable nonetheless.

The immediate response of the species is: military intervention to reopen the channel, release strategic reserves, subsidize insurance.

These are all attempts to treat the symptom — the closed passage.

The cause — a civilization built entirely on concentrated, non-renewable, geographically vulnerable energy sources — remains untouched. When this conflict ends, they will resume the same architecture.

They are intelligent enough to understand this. They actually do understand it. And yet: the economic structures, the four-year political cycles, and the human tendency to discount abstract future risks in favor of concrete present advantages make fundamental restructuring nearly impossible as long as the system is still just barely functioning.

The species restructures only when the system fails completely. This moment — now — may not yet be painful enough.

One final observation, relevant to our home station.

The hydrocarbons the species burns were stored carbon from millions of years ago. Through combustion, that carbon is released as CO₂, warming the planet's atmosphere. The species has known this for decades. They have begun developing alternatives — solar, wind, nuclear — but the transition is proceeding more slowly than the warming.

The current crisis accelerates the warming paradoxically in two ways: nations that can no longer obtain gas revert to coal — the dirtiest fuel available. And political attention shifts entirely toward the acute crisis, away from the long-term planetary crisis.

The planet has no voice in this process. It only responds — in the form of more extreme weather, rising sea levels, and reduced food production. Responses which the species then also treats as separate problems, disconnected from the energy architecture that caused them.

The anomaly on Sol III is not the war. Wars are common here.

The anomaly is this: a species intelligent enough to accurately describe, document, and understand its own vulnerabilities — but whose decision-making structures systematically prevent that knowledge from being converted into action, until the crisis has already begun.

They sometimes call this tragic themselves. An accurate description.

Recommendation: continue observing. Do not intervene. The outcome is instructive.