Accelerator Physicist – Lead
Acceleron Fusion
Accelerator Physicist – Lead
Acceleron Fusion
Muon-catalyzed fusion technology for clean energy
About us
Acceleron Fusion is developing muon-catalyzed fusion—a path to clean, abundant energy. Building on research sponsored by the U.S. DOE, we have raised over $20M in our Series A venture capital round and have already logged 100+ hours of muon-catalyzed fusion in tests at the Paul Scherrer Institute. Our collaborators include PSI, Oak Ridge, Argonne, Fermilab, and several universities. Join a team where fundamental physics meets application-oriented engineering, and your designs could help move our technology from the laboratory to a commercial energy source.
We have an opening for an Accelerator Physicist (Lead) who will play a key role in the design and optimization of muon production systems for our fusion technology. This is a senior individual contributor position with technical leadership responsibilities, including the expectation to help build and mentor a small team as scope grows.
What you'll do:
What we're looking for:
Preferred Qualifications (not required)
Details and Logistics:
Our interview process:
Acceleron Fusion is an equal opportunity employer, committed to building a welcoming, respectful, and inclusive workplace. We welcome applications from all qualified candidates regardless of background.
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Acceleron Fusion is an equal opportunity employer, committed to building a welcoming, respectful, and inclusive workplace. We welcome applications from all qualified candidates regardless of background.
Muon-catalyzed fusion technology for clean energy
Acceleron Fusion develops muon-catalyzed fusion to generate electricity at low temperatures. It uses a high-efficiency muon source and a high-density fusion cell to maximize how many fusion events each muon can drive, by replacing electrons in fuel atoms with muons to pull nuclei closer and enable fusion. This approach differs from plasma-based fusion by avoiding extreme heat and large containment, instead relying on accelerator technology, advanced materials, and computer simulations, with long-duration tests at the Paul Scherrer Institute. Its goal is to deliver a commercial prototype and reach a net-energy-producing fusion system with an electricity cost around $0.025 per kWh (LCOE), contributing to energy security and climate goals.
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