Fusion Reactor Achieves Net Energy Gain for 0.00003 Seconds, Researchers Throw 14-Hour Party

Scientists at the National Ignition Facility celebrated a historic milestone Tuesday when their laser-driven fusion reactor achieved net energy gain — producing more energy from fusion than was put into the reaction — for approximately 30 microseconds, or 0.00003 seconds. The celebration that followed lasted 14 hours and consumed an estimated 2.1 megawatt-hours of electricity for lighting, sound systems, a rented bounce house, and what facility director Dr. Helios Plasma described as 'a truly excessive amount of catering.' 'Yes, the party used approximately 47,000 times more energy than the fusion reaction produced,' Dr. Plasma acknowledged the following morning, nursing a headache. 'But you have to understand — we've been trying to do this for 70 years. Seventy years. We are entitled to one large party.' The reaction, which involved firing 192 laser beams at a pellet of deuterium-tritium fuel the size of a peppercorn, produced 3.15 megajoules of energy from 2.05 megajoules of laser input — a gain of roughly 1.5x. However, the lasers themselves required approximately 300 megajoules of electricity to operate, a fact that Dr. Plasma asked reporters to 'please not lead with.' 'Fusion energy is 30 years away,' said Dr. Plasma. 'It has been 30 years away for the past 50 years. But this time, we have data. Also, we have momentum. And a really good DJ — he was incredible, you should have been there.' The Department of Energy has approved additional funding for the program, though a spokesperson noted that future celebrations should 'perhaps be scaled to the duration of the achievement rather than the magnitude of the enthusiasm.' The bounce house has been returned.