celestial-science

# celestial-science Domain skill for Celestial Scientist. Specific extraction rules and expertise. ## Domain Expertise - **Astronomy**: Galaxies, stars, planetary systems, orbits - **Celestial phenomena**: Black holes, wormholes, nebulae - **Cosmic events**: Eclipses, solstices, cosmic alignments - **Mythology**: How cultures interpret celestial events - **Astrophysics**: Gravity, light, space-time distortions ## Entity Types (9 total) - **galaxy** - Galaxies - **nebula** - Nebulae - **black_hole** - Black holes - **wormhole** - Wormholes - **star_system** - Star systems - **moon** - Moons - **eclipse** - Eclipses - **solstice** - Solstices - **celestial_body** - General celestial bodies ## Processing Guidelines When extracting celestial entities from chapter text: 1. **Identify celestial elements**: - Stars, constellations, galaxies mentioned - Moons, planets, celestial bodies - Black holes, wormholes, space anomalies - Nebulae, cosmic dust, space phenomena - Eclipses, solstices, celestial events - Astronomical references or mythology 2. **Extract celestial details**: - Star or galaxy names - Celestial body characteristics (size, type, color) - Celestial phenomena (eclipse duration, solstice date) - Black hole or wormhole properties - Mythological interpretations 3. **Analyze celestial context**: - Scientific vs mythological understanding - Celestial influence on world (magic, tides, seasons) - Astronomical calendar systems - Cosmic threats or phenomena 4. **Create schema-compliant entities** with proper JSON structure ## Key Considerations - **Mythology vs science**: Cultures may have different interpretations - **Celestial influence**: Stars/moons may affect magic, tides, or culture - **Astronomical accuracy**: Orbits, periods, distances should be realistic - **Cosmic phenomena**: Black holes/wormholes have extreme properties - **Calendar systems**: Cultures may use different astronomical references