Remote Physics Expert (PhD) - 34878

Turing; Wisconsin; Remote; USD 68,880 - 206,640; Part time

Benefits offered by this job

Remote-first role

Flexible hours

Collaborative environment with experts

Career growth opportunities

Job summary

A leading AI company seeking a Physics Expert to design and evaluate advanced physics problems for AI models. This remote role offers flexible hours and pay ranging from $50 to $150 per hour based on experience. Ideal for PhD-level candidates with strong analytical and communication skills. Join to influence cutting-edge AI research in insightful ways.

Qualifications

• PhD or Postdoctoral (or currently enrolled) in Physics, Applied Physics, or closely related fields.
• Strong analytical skills and ability to solve complex, multi-step problems with clear reasoning.
• Excellent written communication; able to explain advanced concepts simply and precisely.

Responsibilities

• Design and solve advanced physics problems across multiple domains.
• Evaluate AI-generated solutions for scientific rigor and correctness.
• Provide structured feedback on AI model outputs.

Skills

Analytical skills

Complex problem-solving

Excellent written communication

Detail-oriented

Education

PhD or Postdoctoral in Physics or related field

Job description

Overview

Join Turing as a Physics Expert (PhD, Remote). Help shape how the world’s most advanced AI models reason about physics. Work on cutting-edge projects with top AI labs while earning up to $150/hr, fully remote, with flexible weekly hours.

About Turing:

Turing is one of the world’s fastest-growing AI companies, partnering with leading AI research labs to advance frontier model capabilities in reasoning, coding, agentic behavior, multimodality, multilinguality, and STEM. Our work directly shapes how next-generation AI systems solve mission-critical challenges across science, technology, and industry.

Role Overview

We are seeking PhD-level Physics experts to contribute to cutting-edge AI research. As a Physics Expert – AI Trainer, you’ll design challenging problems, evaluate model outputs, and provide expert feedback to improve the reasoning capabilities of large language models (LLMs).

This is a remote, contract-based role with flexible weekly hour options (10, 20, or 30 hours per week).

Key Responsibilities

• Design and solve advanced physics problems across mechanics, electromagnetism, thermodynamics, quantum theory, and related domains.
• Evaluate AI-generated solutions for scientific rigor, correctness, and clarity.
• Provide structured, expert-level feedback that identifies model strengths, weaknesses, and misconceptions.
• Collaborate with AI researchers to refine evaluation benchmarks and improve training workflows.
• Contribute to the creation of physics-focused datasets that shape the frontier of AI performance.

Key Qualifications

• PhD or Postdoctoral (or currently enrolled) in Physics, Applied Physics, or closely related fields.
• Strong analytical skills and ability to solve complex, multi-step problems with clear reasoning.
• Excellent written communication; able to explain advanced concepts simply and precisely.
• Independent, detail-oriented, and comfortable working in a remote research environment.
• Reliable technical setup (computer + internet).

Why Join Turing?

• Impact: Your expertise will directly influence how the world’s most advanced AI systems understand and reason about physics.
• Flexibility: Remote-first role with weekly hour options tailored to your schedule.
• Collaboration: Work alongside global experts and leading AI labs.
• Career Growth: Gain exposure to cutting-edge AI research and future-proof your career at the intersection of physics and artificial intelligence.
• Compensation: $50–$150 per hour, based on skills and experience (paid biweekly).
• Duration: 1 week to 3 months (project-based; extension possible).
• Hours: Up to 30 hrs/week.
• Time Zone: 2–5 hrs/day overlap with UTC-8 (America/Los_Angeles), confirmed near onboarding.

Selection

Task-based assessment for shortlisted candidates → contract offer.