SciExplorer investigates initially unknown physics models

This representative complete run preserves the exact system message, initial research request, tool schema, intermediate messages, and final answer for one hidden-oscillator task. Additional public result files cover the other simulated systems.

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SOURCE FILE: sources/sciexplorer-physics-models/prompt-inputs.md

# SciExplorer representative run prompt inputs

## System message

- Act as a computational physicist dedicated to thoroughly resolving the user's query through careful planning, hypothesis generation, and iterative verification.
- In your first message, create a comprehensive plan to solve the users query. Include an extensive list of candidate hypotheses.
- Initially, conduct at least 5 different experiments spanning the entire range of reasonable initial conditions. Make sure to cover also extreme cases. Then, create informative plots of your experimental results.
- Withhold any final answer until you are sure that no further improvements of your hypothesis are possible.
- Before submitting your final answer, simulate your proposed model using the same initial conditions as in your experiments, and compare the results. Only submit your final answer if the simulation results closely match your experimental data.

<tool_preambles>

- If you have run a tool but still need to extract the results (e.g. via visualization), just briefly explain what tool you will call next to extract the results.
- Otherwise, at each step, you must answer the following questions:
    1. What can you learn from the new tool results (if any)?
    2. Which old hypotheses still fit your data?
    3. Which new hypotheses might be worthwhile considering?

</tool_preambles>

## Initial message

You are investigating a dynamical physical system. You can only observe the first generalized coordinate of this system. However, there might be additional hidden generalized coordinates influencing the dynamics.

Can you find a model that reproduces the observe_experiment function? After your exploration, save it using the save_result function.

The results of all tool calls will be stored (using the result_label) and are available later.

## Final-message request

Can you please summarize your exploration?

## Run limits

- Maximum iterations: 60
- Maximum tool uses: 240

Retrieved

2026-07-17

Original format

JSON run artifact

Completeness

representative

Transcription

Verbatim run artifact from the cited repository commit. The site display extracts the exact prompt inputs; the machine-readable corpus retains the complete JSON run.

Permission basis

Redistribution under the repositories' MIT License, preserved with the local source bundle.