Harnessing the forces that power everything.
From controlled fire to fusion abundance.
Early humans harness fire for warmth, cooking, and protection—humanity’s first energy technology.
Ancient Greek and Roman engineers build waterwheels to grind grain, capturing flowing water as mechanical power.
Persian engineers build the first windmills to grind grain and pump water in arid regions.
Thomas Savery patents the first commercial steam engine for pumping water from mines, launching the age of thermal power.
Michael Faraday demonstrates electromagnetic rotation, the principle behind every electric motor built since.
Edwin Drake strikes oil in Titusville, Pennsylvania, launching the petroleum industry that powers the modern world.
Edison’s Pearl Street Station in Manhattan delivers electricity to 85 customers, beginning the age of centralized power.
The massive dam on the Colorado River demonstrates large-scale hydroelectric generation, powering the American Southwest.
Enrico Fermi’s Chicago Pile-1 sustains the first controlled nuclear chain reaction, unlocking atomic energy.
Bell Labs engineers create the silicon photovoltaic cell, converting sunlight to electricity at 6 percent efficiency.
Calder Hall in England begins supplying nuclear-generated electricity to the national grid.
OPEC embargo quadruples oil prices, spurring global investment in energy efficiency and alternative sources.
Vindeby wind farm in Denmark installs 11 turbines at sea, pioneering offshore wind energy generation.
The first highway-capable mass-produced EV demonstrates that electric cars can match gasoline performance.
196 nations commit to limiting global warming, accelerating the transition to renewable energy worldwide.
Solar photovoltaic becomes the cheapest source of electricity in history in most of the world.
Lawrence Livermore’s National Ignition Facility achieves fusion energy gain for the first time in history.
Massive lithium-ion and iron-air battery installations store renewable energy for reliable 24/7 grid supply.
Solid-state batteries with double the energy density and faster charging enter mass EV production.
A net-positive fusion reactor connects to the grid, providing virtually unlimited clean baseload power.
Cheap renewable-powered electrolysis makes green hydrogen competitive for heavy industry, shipping, and aviation fuel.
Microwave and laser-based systems beam solar energy from orbit to ground receivers, supplementing terrestrial generation.
Fusion, space solar, and advanced storage provide cheap, clean energy globally, ending energy poverty worldwide.
And beyond