The debate about robots and employment tends to resolve into two camps: displacement catastrophism and productivity optimism. Both camps miss the more tractable and more dangerous question, which is not whether jobs disappear but where the disruption lands and how fast it arrives.

The GAO’s 2026 horizon report is notably careful here. It does not predict net job loss. It identifies three possible outcomes — new roles created, human workers augmented toward higher-skill tasks, direct substitution — and acknowledges that the balance between them depends heavily on the pace of workforce transition. Speed matters as much as magnitude. A twenty-year labor market shift that allows retraining and sectoral adjustment is a different policy problem from a five-year shock.

Several kilometers beneath the surface of the Pacific, scattered across abyssal plains in concentrations that have taken millions of years to form, lie polymetallic nodules — fist-sized lumps of manganese, nickel, cobalt, and copper that read like a shopping list for the energy transition. Battery chemistry, electric motors, grid-scale storage: the minerals locked in those nodules are the same ones at the center of every supply chain anxiety in the clean energy sector.