About this role
Role Overview
Apply advanced theoretical physics expertise to help train next-generation AI systems through research-level work in holography, AdS/CFT, and Weyl anomalies in dimensions d ≤ 8. This remote contractor engagement may involve Solver, Auditor, or Adjudicator assignments, based on your subfield fit and demonstrated hands-on experience. No prior AI experience is required.
Key Responsibilities
- Analyze research-level problems involving AdS/CFT correspondence, on-shell gravitational actions, and Weyl-Fefferman-Graham gauge frameworks.
- Formulate or verify complex tensor algebra expressions involving boundary curvature invariants in dimensions up to 8.
- Develop, review, or adjudicate solutions for holographic Weyl anomalies and related mathematical physics benchmarks.
- Provide high-quality real-world input that improves how AI systems learn, reason, and perform.
Qualifications
- Advanced expertise in high energy physics or mathematical physics, with direct experience in AdS/CFT, gravitational actions, and holographic dualities.
- Extensive familiarity with Weyl anomalies, Fefferman-Graham expansion, and higher-dimensional boundary curvature invariants.
- Strong command of tensor algebra, differential geometry, and technical methods used in holography.
- Ability to communicate complex scientific concepts clearly in writing and verbally.
Work Terms
- Remote independent contractor engagement.
Compensation
- $80 to $160 per hour.