The Year of Exhaustion

By 2087, no one treated the shortage as a temporary crisis anymore. Years of ever more expensive extraction, unstable supply chains and failing industries had made one thing clear: humanity would not discover another deposit large enough to return the world to what it had been.

The Year of Exhaustion did not mark the day the Earth suddenly ran out of resources. It marked the moment humanity accepted that the age of continuous extraction was over. What remained beneath the ground was ever harder to reach and expensive to process, and it often demanded more energy and infrastructure than society could justify maintaining.

For the first time, governments planned for a world in which newly extracted resources could no longer be taken for granted. Materials would have to stay in circulation for as long as possible. The future of civilization would depend less on what could still be taken from the Earth and more on how efficiently existing systems could be maintained.

But materials were only half of the problem. Every process required energy: recycling metals, purifying water, producing food, transporting goods and maintaining the infrastructure that still held society together.

Several energy systems survived the crisis, but none could become a universal replacement. Hydroelectric and geothermal power remained valuable where geography allowed, and wind still supported regional grids. Nuclear reactors still ran in some regions, but expanding them required specialized industries, stable supply chains, cooling infrastructure and materials that were themselves growing scarce. Fusion research had advanced considerably, yet it remained too complex and too expensive to deploy at the scale and speed humanity now needed.

The question was no longer where the next resource would come from. It was what could sustain a civilization that could no longer afford to consume its own foundations. The answer had been above it for billions of years.

The Sun.