Remote AMO Physics AI Training Specialist

OpenTrain AI, Inc.; Northern (KY); Hybrid; USD 138,000 - 276,000; Part time

Benefits offered by this job

Remote work

Job summary

OpenTrain AI is seeking an AMO Physics AI Training Expert to support AI training work involving atomic and optical properties. The role is part-time (<20 hours/week) and remote, with hourly compensation of $100 to $200 USD. Candidates will evaluate and critique advanced atomic-structure calculations and communicate complex scientific concepts clearly in written and verbal formats.

The engagement targets physics specialists skilled in ab initio methods, ytterbium isotopes, and polarizability analysis, and offers flexible scheduling for qualified researchers worldwide.

Qualifications

• Advanced physics knowledge and AMO specialization.
• Experience with ab initio configuration interaction for atomic polarizability.
• Experience evaluating atomic-structure calculations for Yb-171 and Yb-174 isotopes.

Responsibilities

• Review and discuss ab initio configuration interaction methods used to calculate polarizability in atomic systems
• Analyze and critique atomic-structure calculations involving the Yb-171 and Yb-174 isotopes
• Identify and explain sigma and pi transitions in relevant atomic spectra
• Apply physical principles to evaluate technical reasoning
• Provide clear, concrete examples from legally shareable research or projects
• Communicate complex scientific concepts clearly in written and verbal formats

Skills

AMO physics

Configuration interaction

Atomic polarizability

Atomic-structure calculations

Yb isotopes

Scientific communication

Verbal communication

Education

Advanced degree in Physics (AMO)

Job description

OpenTrain AI is seeking an AMO Physics AI Training Expert to support AI training work involving atomic and optical properties. The role is part-time (<20 hours/week) and remote, with hourly compensation of $100 to $200 USD. Candidates will evaluate and critique advanced atomic-structure calculations and communicate complex scientific concepts clearly in written and verbal formats.

The engagement targets physics specialists skilled in ab initio methods, ytterbium isotopes, and polarizability analysis, and offers flexible scheduling for qualified researchers worldwide.