About Xcimer Energy
Pioneering sustainable fusion energy for a better future
Key Highlights
- Headquartered in Central Park, Denver, CO
- Developing the world's highest-energy laser system for fusion
- Successful funding round in 2024 to enhance technology
- 101-200 employees focused on deep tech and energy solutions
Xcimer is pioneering laser-driven inertial fusion technology to create carbon-free energy solutions. Headquartered in Central Park, Denver, CO, Xcimer is focused on developing the world's highest-energy laser system to make fusion energy production efficient and scalable. With a successful funding r...
🎁 Benefits
Xcimer offers comprehensive benefits including medical, dental, and vision coverage, 401(k) with a 6% company match, and equity for eligible employees...
🌟 Culture
Xcimer's culture is driven by the urgency to develop safe and reliable zero-carbon energy solutions. The company values innovation and scientific adva...
Overview
Xcimer Energy is seeking a Computational Nonlinear Optical Physicist to develop cutting-edge computational modeling tools for inertial fusion energy. You'll work on optimizing multi-pumped-beam driven amplifiers and pulse compressors. This role requires expertise in nonlinear optics and computational modeling.
Job Description
Who you are
You are a Computational Nonlinear Optical Physicist with a strong background in nonlinear optics and computational modeling. You have experience in developing tools for the propagation of high-intensity beams and are familiar with stimulated Raman and Brillouin scattering. Your problem-solving skills and dedication to scientific investigation drive your passion for advancing fusion energy technologies. You are committed to working collaboratively with engineering teams to bring innovative designs to life.
Desirable
Experience in inertial fusion energy or related fields is a plus. Familiarity with high-intensity laser systems and their applications in energy generation will enhance your contributions to the team. A track record of successful project execution and a passion for clean energy solutions will set you apart.
What you'll do
In this role, you will apply your expertise to develop computational modeling tools that are crucial for the advancement of inertial fusion energy. You will work closely with scientific partners to optimize designs for multi-pumped-beam driven amplifiers and pulse compressors. Your contributions will be integral to the staged demonstration of multi-megajoule-scale inertial fusion energy drivers. You will engage in rigorous scientific investigation, collaborating with engineers to test and refine your designs. Your work will directly impact the future of energy, helping to meet global decarbonization goals.
What we offer
At Xcimer Energy, you will be part of a mission-driven team focused on delivering clean, limitless fusion power. We offer a collaborative work environment where innovation is encouraged, and your contributions will be valued. You will have the opportunity to work on groundbreaking technologies that aim to combat climate change. Join us in powering a better world with inertial fusion energy.
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