Condensed Matter and Quantum Information Physicist for AI Training

Role Overview

Apply advanced condensed matter and quantum information expertise to a frontier physics benchmark focused on the PXP model, Rydberg blockade, quantum many-body scars, and constrained dynamics. Your research-level input will help train and evaluate next-generation AI systems. Prior AI experience is not required.

Key Responsibilities

• Develop and analyze exact diagonalization implementations using translation and reflection symmetries, preferably with QuSpin, for system sizes of L ≥ 26.
• Construct and work with block-diagonalized subspaces for complex quantum systems, with attention to computational efficiency and fidelity.
• Evaluate overlaps with Z2 states and interpret the resulting physical insights in constrained quantum dynamics.
• Produce detailed written feedback, analytical reports, and benchmark assessments related to quantum many-body scars and Rydberg blockade phenomena.
• Contribute as a Solver, Auditor, or Adjudicator, based on subfield alignment, hands-on methods expertise, and seniority.

Qualifications

• Advanced academic background, PhD or equivalent practical experience, in condensed matter physics, quantum information, or a closely related field.
• Demonstrated exact diagonalization expertise, including translation and reflection symmetries for large system sizes. QuSpin experience is preferred.
• Experience block-diagonalizing Hamiltonians and working with large Hilbert-space subspaces.
• Strong understanding of quantum many-body scars, Rydberg blockade, and constrained quantum dynamics.
• Experience analyzing overlaps with Z2 or related quantum states and interpreting numerical results.

Work Terms

• Remote independent contractor engagement.

Compensation

• $80 to $160 per hour.