Physics Masters

About the Role

This opportunity is for physics specialists who want to contribute to next-generation AI systems. The work involves helping leading AI research teams improve model reasoning, accuracy, and reliability by bringing in advanced physics knowledge.

If you have a Master’s degree in Physics, or are currently working toward one, you can use your subject expertise on high-impact tasks that shape how AI understands complex scientific concepts. The role does not require previous AI experience; what matters most is strong physics knowledge, clear thinking, and precise communication.

Role Details

• Organization: Alignerr
• Work arrangement: Remote
• Engagement type: Hourly contract
• Expected commitment: 10 to 40 hours per week, with flexible scheduling

Key Work

• Create advanced physics questions across areas such as mechanics, electromagnetism, thermodynamics, quantum mechanics, and related topics
• Write thorough, step-by-step solutions that show sound logic and careful reasoning
• Review AI-produced answers for scientific accuracy, mathematical correctness, and reasoning quality
• Work with research teams to help develop and improve evaluation benchmarks from undergraduate through Master’s-level difficulty
• Deliver clear, structured feedback that can be used to improve model performance

Candidate Profile

• You are either currently enrolled in or have completed a Master’s program in Physics, Applied Physics, or a closely aligned field
• You can solve challenging problems across several advanced physics domains
• You are able to explain technical ideas clearly and accurately in writing
• You work well independently and pay close attention to detail
• Prior AI, annotation, or data-labeling experience is not needed

Preferred Background

• Experience in data annotation, evaluation workflows, or academic research
• Comfort with producing technical documentation or structured feedback
• Exposure to computational physics or experimental physics methods

Why This Role Stands Out

• Contribute to advanced AI initiatives with leading research labs and institutions
• Enjoy a fully remote, asynchronous work style
• Choose hours that fit around your existing commitments
• Benefit from a high degree of independence in how you complete your work
• Play a direct role in improving how AI reasons about physics
• There may be opportunities for contract renewal and broader project work