Specialized Domain: Physics

Help AI with physics principles

Review derivations, check electromagnetic calculations, and verify explanations of physical concepts.

Core Deliverables

We need physics grads or students to review physics equations, check formulas, and correct mistakes.

Core physics tasks

01

Check derivations

Review physics derivations step-by-step to find algebra or logic errors.

02

Verify concepts

Check explanations of classical mechanics, wave properties, and other physics concepts.

Onboarding Path

How it works

1

Diagnostic Test

Verify your credentials and complete a 15-minute diagnostic test in Physics.

2

Choose Projects

After diagnostic verification, browse open workspaces on your calibration center.

3

Weekly Payments

Conduct quality reviews, keep track of task approvals, and transfer payments weekly.

Task Workbench

Typical workflow preview

Review models' attempts, point out factual or code-logic issues, and submit a corrected text prompt back to the frontier workspace.

WORKBENCH_PREVIEW // PHYSICS_DEV
1. Subject Text Prompt
Derive the speed of a longitudinal sound wave in an ideal gas with pressure P and density rho under adiabatic conditions.
2. Scientific Physics Review
Using adiabatic gas behavior, PV^gamma = C. Differentiating yields dP/d(rho) = gamma * P / rho. Thus, the speed of sound v = sqrt(dP/d(rho)) = sqrt(gamma * P / rho).
3. Evaluator Verdict

Thermodynamics calculations and indices verified.

Focus Areas

Where AI models need you most

Frontier LLMs frequently breakdown during subtle reasoning and technical validation. These represent key focus vectors.

Mechanics check

Checking force equations, momentum, and mechanics.

Thermodynamics check

Verifying heat, entropy, and gas equations.

Electromagnetism check

Reviewing electric fields, magnetic flux, and equations.

Dimensional analysis

Checking that units and dimensions balance correctly.

Support

Common Questions

Work with us on your own terms

Join our global subject-matter community training early-stage AI models on a flexible contract schedule.