🤖 AI-Generated Content Pending Review

Many of our entries are currently synthetic—created by AI—and still awaiting detailed human review. If you'd like to contribute to this open-source project, simply select an entry marked DRAFT and start reviewing it. Once your review is complete, your name will be credited on that entry.

🔍 Browse DRAFT Entries to Review

Contribute to TheorIA Dataset

Help expand the theoretical physics knowledge base through open source collaboration

Choose Your Contribution Method

Recommended

📝 New Entry Form

User-friendly form with real-time validation and math preview

  • ✓ Step-by-step guidance
  • ✓ Live AsciiMath preview
  • ✓ Automatic validation
  • ✓ Export to JSON or GitHub issue
Create New Entry

✏️ Modify Existing Entry

Edit entries directly with live preview and validation

  • ✓ Browse and select entries
  • ✓ Live editing interface
  • ✓ Visual + JSON editors
  • ✓ Real-time math preview
Browse & Edit Entries

🐙 GitHub Issues

Submit entries or suggestions through GitHub issue forms

  • ✓ No additional tools needed
  • ✓ Integrated with repository
  • ✓ Community discussion
  • ✓ Automatic labeling
Open GitHub Issues

Quick Start Guide

1

Choose Your Physics Topic

Select an equation, theorem, or derivation you'd like to contribute

2

Fill Out the Form

Use our guided form to enter equations, explanations, and derivations

3

Review & Submit

Preview your entry and submit via GitHub issue or direct JSON

Need Help?

📖 Documentation

💡 Examples

🤝 Community

AsciiMath Examples

Lorentz Factor:
gamma = 1/sqrt(1 - v^2/c^2)
Preview: `gamma = 1/sqrt(1 - v^2/c^2)`
Gaussian Distribution:
f(x) = 1/(sigma*sqrt(2*pi)) * e^(-(x-mu)^2/(2*sigma^2))
Preview: `f(x) = 1/(sigma*sqrt(2*pi)) * e^(-(x-mu)^2/(2*sigma^2))`
Maxwell's Equation:
nabla xx E = -(partial B)/(partial t)
Preview: `nabla xx E = -(partial B)/(partial t)`