Ever wondered what time it really is? While our standardized clocks march to artificial beats—time zones, daylight saving, arbitrary noon—the Sun follows its own ancient rhythm. Gordon’s Sun Clock breaks free from human conventions to display true solar time, showing exactly where you are in your local day based on actual celestial mechanics. This isn’t just philosophical rebellion; it’s precision astronomy meeting practical timekeeping.
Built with Python and powered by Skyfield, this single-hand timepiece calculates solar positions accurate to 0.0005 arc seconds—matching professional astronomical almanacs. The dial itself transforms daily, visualizing the Sun’s path, celestial body positions, and even temporal hours (those unequal day/night divisions used by ancient civilizations). It works globally from equator to poles, adjusts for your exact coordinates, and includes specialized features like Agnihotra timing calculations for traditional fire ceremonies.
For seven years, the creator has lived by this natural timekeeper, and now it’s available as an Android app supporting multiple languages. Whether you’re a researcher studying circadian rhythms, a historian exploring ancient timekeeping, or simply someone seeking to reconnect with astronomical reality, this tool offers a fascinating alternative to conventional time display—no ads, no tracking, just you and the cosmos.
⭐ Stars: 8
💻 Language: Python
🔗 Repository: gaxmann/gordonssunclock