Samuel Lazerson is a stellarator physics lead with a decade of experience translating advanced plasma theory into engineering-ready fusion reactor designs, currently heading the physics effort at Gauss Fusion to deliver a European stellarator power plant by 2040. He combines deep computational expertise—MATLAB, Fortran, C/C++, HPC and bespoke codes like STELLOPT, BEAMS3D and ASCOT—with hands-on coil, divertor and heating system design to bridge physics and engineering toolchains. His career spans leading fusion labs (Max Planck, PPPL) where he produced first 3D equilibrium reconstructions for major devices and developed diagnostics for fast-ion losses. Samuel holds a PhD in Space Physics and a practical tinkerer’s background (automotive maintenance) plus an uncommon credential for a physicist: a commercial multi-engine light aircraft license. He is known for turning complex differential-equation–heavy simulation work into documented, production-grade code and validated design choices. Based in Samtens, Germany, he brings rare cross-disciplinary fluency between theory, high-performance simulation, and pragmatic engineering delivery.
10 years of coding experience
15 years of employment as a software developer
Ph. D., Space Physics, Ph. D., Space Physics at University of Alaska Fairbanks
Bachelor of Science - BS, Engineering Physics, Bachelor of Science - BS, Engineering Physics at Embry-Riddle Aeronautical University
Contributions:1 release, 17 reviews, 340 commits in 5 years 1 month
matlabfusionreductionoctaveroutines
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