"Pulsed power drives the electron beam that pumps our excimer laser amplifiers, delivering an enormous, precisely shaped pulse of energy at exactly the right moment. Not a trickle. Not a surge. A controlled explosion of electrical energy that lasts less than the blink of an eye. It’s one of the hardest engineering challenges in fusion." If you want to help bring nuclear fusion power online, Xcimer Energy is hiring.
Director of Pulsed Power Engineering Matthew Lara recently led a lunch-and-learn for the team, breaking down one of the most misunderstood parts of our system. With a knack for making the complex intuitive, Matt connected first principles to the real hardware we’re building every day. Most electrical systems—your laptop, your lights, the grid—deliver power continuously. Pulsed power flips that model: it stores energy over time, then releases it in an extraordinarily short, intense burst—microseconds or even nanoseconds. Think of charging a capacitor for minutes, then discharging it in a millionth of a second. At Xcimer, that burst is crucial. Pulsed power drives the electron beam that pumps our excimer laser amplifiers, delivering an enormous, precisely shaped pulse of energy at exactly the right moment. Not a trickle. Not a surge. A controlled explosion of electrical energy that lasts less than the blink of an eye. It’s one of the hardest engineering challenges in fusion. This is what a Tuesday looks like at Xcimer. If you want to spend your lunch hours learning how the world works—and then help build what comes next—we’re hiring. #FusionEnergy #PulsedPower #XcimerEnergy #Engineering #Hiring