Physics Expert Condensed Matter and Quantum Information
Overview
A remote contractor role focused on advanced physics tasks in condensed matter and quantum information. You’ll apply exact diagonalization methods to large systems, emphasizing translation and reflection symmetries, with a preference for QuSpin and L ≥ 26. You’ll build and navigate block-diagonal subspaces, assess overlaps with Z2 states, and provide detailed analytic inputs for benchmark projects on quantum many-body scars and constrained dynamics. Your deep domain expertise will inform how AI models learn from real physics data.
What You'll Do5
- 1Develop and test exact diagonalization workflows that exploit translation and reflection symmetries, prioritizing QuSpin and systems with length L at least 26.
- 2Create and manage block-diagonalized subspaces to improve computation efficiency while preserving fidelity in complex Hamiltonians.
- 3Compute overlaps with Z2 states and translate numerical results into physical interpretations for constrained quantum dynamics.
- 4Contribute written analyses, benchmark reports, and assessments related to quantum many-body scars and Rydberg blockade phenomena.
- 5Serve in roles such as Solver, Auditor, or Adjudicator on the project based on subfield fit and seniority.
Requirements5
- 1PhD or equivalent experience in condensed matter physics, quantum information, or a closely related field.
- 2Proven track record with exact diagonalization techniques and use of QuSpin, including symmetry handling for large systems.
- 3Experience performing Hamiltonian block-diagonalization and working within large Hilbert subspaces.
- 4Strong knowledge of quantum many-body scars, Rydberg blockade, and constrained dynamics.
- 5Experience analyzing overlaps with Z2 or similar quantum states and interpreting numeric results.
Who Should Apply
The ideal candidate is a seasoned physicist with hands-on experience in exact diagonalization, symmetry-aware computations, and large-scale subspace management. If your background centers on condensed matter or quantum information and you can demonstrate practical results with QuSpin or equivalent tools, you’ll fit well. This role may be less suitable for someone without a strong track record in large-system diagonalization or without familiarity with Z2 state analysis. Common fit pitfalls include limited experience with symmetry-exploiting methods or insufficient exposure to constrained dynamics and quantum many-body scars.
Salary Insight
Pay range is $100 to $170 per hour. Pay details are discussed during the interview process.
Location
Required Skills
Application Tip
Highlight a concrete project where you implemented exact diagonalization with translation and reflection symmetries, including system size and the resulting performance gains or insights from Z2 overlaps.
See NearSkill jobs more often in your search
How your application is processed
1Application received
Your resume and details are logged the moment you apply.
2ATS + eligibility screening
We check your profile against the role’s skills, seniority, and requirements.
3Employer sees qualified profiles only
Only candidates who clear screening move forward.
Similar open positions
Explore active roles that match your skills and interests.
Micro1
VerifiedPhysics Expert in Statistical Physics and Quantum Information
A remote contractor role for a physics expert specializing in statistical physics, quantum information, or condensed matter. You’ll apply deep domain knowledge to a research-driven project that benchmarks real-world inputs for next‑gen AI systems, impacting how models learn and reason. The work centers on advanced theoretical concepts and numerical validation, with emphasis on replicates, dualities, and topological features, all grounded in concrete model analysis and benchmarking tasks. Kramers-Wannier duality, quenched disorder averaging, and toric-code threshold are core themes you’ll engage with.
Micro1
VerifiedPhysics Expert AMO Quantum Information Contract Remote
A contractor role for a Physics Expert specializing in AMO and Quantum Information. You’ll work remotely on a research-focused project that benchmarks advanced quantum optics concepts in collaboration with a client. Your domain knowledge will help train next-generation AI systems by providing real-world input and rigorous analysis. Emphasis on cascaded optical parametric amplifiers, SU(1,1) interferometers, and the impact of loss and two-mode squeezing. You may contribute as a Solver, Auditor, or Adjudicator depending on subfield expertise and hands-on technique.
Micro1
VerifiedPhysics Expert Remote Contract for PhD Postdoc in Quantum and Theoretical Physics
A remote contract role for Physics Experts with a PhD or active postdoc. You’ll bring deep domain knowledge to a high-impact project that trains next generation AI systems, focusing on rigorous problem solving and clear scientific communication. You’ll deliver well-documented solutions and precise analyses using your physics specialization, with flexible hours that fit after-hours or weekend work. The work centers on producing high-quality, real-world input to shape how models learn and reason in complex domains. LaTeX, SymPy, and Python form a core toolkit for presenting and validating results.
Micro1
VerifiedPhysics Expert (Condensed Matter / Magnetic Materials)
A remote contractor role focused on condensed matter and magnetic materials. You’ll apply expertise in magnetic structure factors, propagation-vector analysis, and symmetry concepts to support magnetic space group work and neutron scattering projects. The position centers on providing real-world input to train AI systems while staying grounded in established data like MAGNDATA and BNS conventions. You’ll also explore optical signatures such as birefringence and magneto-optic Kerr effect to link experimental results with magnetic order.
Micro1
VerifiedPhysics Expert (AMO / Optical Properties of Materials)
A remote contractor role focused on AMO physics and the optical behavior of materials. You will bring deep subject matter expertise to a customer project that informs how AI systems learn from real-world physics data. The work centers on atomic and optical properties, with emphasis on polarizability calculations and isotope-specific atomic structure. Your insights will guide modeling approaches and evaluation. AMO and optical properties are core to the tasks you’ll tackle.
Micro1
VerifiedPhysics Expert (High Energy / Mathematical Physics)
micro1 is hiring high energy and mathematical physics experts for a customer project that feeds research-grade content into AI training systems. The actual problems involve AdS/CFT, on-shell gravitational actions, and Weyl-Fefferman-Graham gauge in dimensions up to 8. You do not need AI experience; your domain knowledge is the product. Depending on fit, you may take on Solver, Auditor, or Adjudicator work.