gpd-research-phase

Researching a phase in a causal network involves validating phase input, gathering context, and spawning a researcher subagent to investigate mathematical methods and physical principles before planning.

Validating phase input in a finite-capacity causal network ensures the provided phase number is correct and gathers the necessary context to initiate the subsequent research and planning workflow.

Yes, researching computational tools and mathematical physics phases in this network requires Rust-based execution and specific project configuration to operate correctly.

Transitioning from phase research to project planning involves processing the researcher subagent's findings, handling any errors or checkpoints, and then initiating the planning phase if applicable.

Yes, you can investigate computational tools, mathematical methods, and physical principles for a specific scientific project phase by spawning a researcher to produce an in-depth report.

Limitations include dependency on Rust-based execution, specific project configuration requirements, and the need to handle potential errors and checkpoints when processing researcher findings within the network.