Each competitor achieves something, but no one has won everything. Here’s how to score the field — all ten events.
The Fusion Report has now covered fusion energy for roughly two years. It’s time to take the score of the field and see how we’re doing. For reference, the decathlon event doesn’t crown the fastest sprinter, the highest jumper, or the strongest thrower. It crowns the most complete athlete — the one who can perform competently across ten radically different disciplines, from the explosive 100-meter dash to the grueling 1,500-meter run, from throwing a discus to vaulting over a bar. You may dominate four events and get crushed in the fifth. Your total score tells the real story.
CrossFit takes the same philosophy and weaponizes it. The CrossFit Games isn’t looking for the world’s best powerlifter or the world’s fastest marathon runner. It’s searching for what they call the Fittest Person on Earth — someone who can swim open water at dawn, deadlift 400 pounds at noon, and run a 5K through obstacles at midnight. The events change every year. Specialization, alone, is a trap.
Now consider the fusion energy industry. Walk into any major conference — the Fusion Industry Association’s annual summit, IAEA’s Fusion Energy Conference, NIF’s milestone briefings — and a cynic might sit back and mutter: “It’s always the same story. Q-values. Confinement times. Net energy. Just pick a number and move the goal post.”
That cynicism is understandable. But it is profoundly wrong.
The proof points that have arrived — NIF’s ignition milestone in December 2022, Commonwealth Fusion Systems demonstrating 20-tesla high-temperature superconducting magnets, Helion signing the world’s first commercial fusion power purchase agreement with Microsoft — these aren’t repetitions of old claims. They are scores on a very specific leaderboard. And to understand who’s actually winning the fusion race, you need to stop thinking in one dimension and start thinking in ten.
Welcome to the Fusion Decathlon.
Why Ten Events? Because a Fusion Power Plant Is Ten Hard Problems in One.
Every conversation about fusion eventually arrives at the same false summit: “Did you achieve net energy gain?” That’s Event 1. It is absolutely necessary. But it is not sufficient. A fusion power plant is not just a plasma physics demonstration. It is a materials science challenge, a tritium fuel cycle engineering problem, a thermal systems integration puzzle, a commercial financing exercise, a regulatory navigation ordeal, and a workforce development marathon — all at the same time, all deeply interdependent.
A company that crushes the physics and ignores the blanket design isn’t building a power plant. A program that cracks tritium breeding but can’t attract private capital isn’t changing the grid. Winning one event big and losing others quietly is exactly how great technologies die in the valley of death between demonstration and deployment.
“The fusion machine that works in 2035 won’t be the one with the highest Q-value in 2024. It will be the one whose team mastered all ten disciplines before the others even started keeping score.”
— The Fusion Decathlon Thesis
So, what are the ten events? Think of them as the complete stack — from the core plasma all the way out to the grid connection and the business model that funds it. While there is variation in difficulties between inertial confinement fusion (ICF), magnetic confinement fusion (MCF), and the hybrid variants, they have similar problems to solve.
Proof Points: The Scoreboard Is Already Running. Are You Watching?
When critics suggest that fusion conferences offer more of the same, they’re often measuring just one event. The sprint. Plasma physics milestones are the sexiest metrics and they generate the headlines. But in the last 36 months, proof points have landed across the full decathlon — and they matter more than any single Q-value.
None of these proof points happened in isolation. None of them completed the decathlon alone. But together, they represent a field that is advancing across all ten events — unevenly, yes. Messily, yes. But advancing.
