gpd-verify-work

Automate physics consistency checks by orchestrating a verification workflow that reads files, executes shell commands, and interacts with users to validate experimental results or theoretical models against established physical principles.

The verification workflow handles research validation by managing preflight checks, routing sessions, and executing tasks like patch application and shell command runs to ensure research results adhere to established physical principles.

Yes, you need a Rust environment and the Get Physics Done (GPD) framework to run this physics consistency verification workflow and orchestrate the required task execution and preflight checks.

Yes, automated verification is designed for researchers or academic institutions to validate the accuracy of experimental results or the validity of theoretical models through automated physics consistency checks.

To validate the results of a specific research phase, initiate the verification workflow using the phase number as an argument, such as running the command with the phase identifier to start the automated physics consistency checks.