Role Overview
Create and verify human-quality reference solutions for the CritPt benchmark (arXiv: v3), a frontier research-level physics benchmark. The role produces fully human-verified reference data used to evaluate large language model performance on frontier physics reasoning. Work includes solving CritPt research-level problems end-to-end, auditing other experts'' solutions, and adjudicating between parallel solution attempts to determine the golden reference.
Physics subdomains covered
- High Energy Physics and Mathematical Physics
- Biophysics and Statistical Physics
- Condensed Matter and AMO
- Gravitation, Cosmology, and Astrophysics
- Quantum Information
- Optical Properties of Materials
- Magnetic Materials
- Measurements in Quantum Mechanics
- Solve research-level physics challenges end-to-end, with verifiable derivations, runnable code, and peer-reviewed references.
- Decompose challenges into standalone checkpoint sub-problems that require genuine physical reasoning and can be independently verified.
- Author Python answer templates that include automated grading functions for symbolic and numerical answers.
- Audit submitted solutions for correctness, scope, and soundness of method, providing actionable feedback across iterations.
- Adjudicate between parallel solver attempts and decide which solution becomes the golden reference for a problem.
- Document detailed chain-of-thought reasoning, specify error tolerances, present equivalent symbolic forms, and supply verification test cases.
- Solver track: PhD or postdoc in the relevant subfield, senior PhD student minimum.
- Auditor track: Postdoc or junior professor in the relevant subfield, PhD minimum.
- Adjudicator track: Full professor or industry research principal investigator in the relevant subfield, senior postdoc or junior professor minimum.
- Hands-on familiarity with at least two canonical methods of the target subfield, demonstrated through publications, broader coverage preferred.
- Provide 3 to 5 representative publications, with arXiv ID or DOI, ideally within the last approximately 5 years and in the target subfield.
- Working proficiency with LaTeX, Python, Jupyter, and SymPy.
- Strong written English, B2, C1, or C2 level minimum; native or near-native preferred.
- Location: Remote.
- Employment type: hourly.
- Expected commitment: approximately 10 hours per week, sustained across an 8 to 10 week window per task pool.
- Work is asynchronous.
- Pay range: $80 to $135 per hour, based on role and demonstrated expertise.
- Candidates must hold the academic or research standing specified under Qualifications for the track they apply to.
- Applicants must be able to provide the requested publications (arXiv ID or DOI) and demonstrate working proficiency with the listed tools.
- Strong written English is required to prepare the human-verified reference solutions and feedback.