Computational Physicist | Remote

Responsibilities Contribute deep domain expertise in specialized physics subfields to provide insights for AI training initiatives. Formulate, solve, and document advanced mathematical physics problems using rigorous methodologies. Develop and validate computational models, simulations, and analytical solutions using Python, SymPy, and Jupyter environments. Produce high‑quality, publication‑level written explanations and derivations with clear, structured reasoning. Communicate complex concepts and solutions clearly through written and verbal exchanges with project coordinators and the technical AI team. Work independently to navigate and resolve challenging research problems aligned with the assigned subfield. Requirements Have a PhD or be a senior PhD student in physics with active research in targeted subfields such as High Energy Physics, Biophysics, or Quantum Information. Have 2 5 representative publications in the relevant subfield from the last, with available arXiv/DOI links. Possess expertise in mathematical modeling, derivations, and system proofs at a publication‑worthy standard. Be proficient in LaTeX, Python, SymPy, and Jupyter, and should flag any skill gaps. Demonstrate exceptional written and verbal communication skills, with the ability to explain intricate concepts clearly. Have a demonstrated ability to work independently and execute research tasks with minimal supervision. #J-18808-Ljbffr Crossing Hurdles