Zap Energy is developing a cost-effective, compact, and scalable fusion reactor that eliminates the need for magnetic confinement, aiming to accelerate the commercialization of fusion power. The company integrates expertise in plasma physics, pulsed power, mechanical and electrical engineering, and data science to design and optimize its novel reactor architecture. By focusing on non-magnetic, high-temperature plasma confinement, Zap Energy differentiates itself from traditional tokamak approaches, offering a potentially faster and more economical path to sustainable nuclear energy. Its multidisciplinary team embraces emerging technologies and data-driven insights to drive innovation, positioning Zap Energy at the forefront of the renewable energy and sustainability landscape.
Zap Energy is seeking a Research Scientist (Theory) to advance our understanding of Z-pinch operation and develop fluid and kinetic plasma models that guide experimental design and operation. The successful candidate will play a critical role in predicting key plasma behaviors and informing strategies for sustaining stable fusion conditions.
Zap Energy is developing a cost-effective, compact, and scalable fusion reactor that eliminates the need for magnetic confinement, aiming to accelerate the commercialization of fusion power. The company integrates expertise in plasma physics, pulsed power, mechanical and electrical engineering, and data science to design and optimize its novel reactor architecture. By focusing on non-magnetic, high-temperature plasma confinement, Zap Energy differentiates itself from traditional tokamak approaches, offering a potentially faster and more economical path to sustainable nuclear energy. Its multidisciplinary team embraces emerging technologies and data-driven insights to drive innovation, positioning Zap Energy at the forefront of the renewable energy and sustainability landscape.
Fuse