SHUNYAYA FRAMEWORK

Exploring planetary motion as a structural clock — from bounded historical epoch reconstruction to moving-observer journeys across Earth 🌐 Live Solar System Clock: Launch Clock What does time look like if we stop looking at a clock… and look at the planets instead? That is the idea behind Solar System Time . The project explores planetary configuration as a structural clock state . At any given moment, the Solar System has a particular configuration. The planets occupy particular positions. Those positions change continuously. So the project asks a surprisingly natural inverse question: If we observe enough of that planetary configuration, can we work backward and recover the historical epoch? That is what Solar System Time is designed to explore. 🔗 Solar System Time — GitHub Repository The project now extends that idea from planetary time to a moving observer: time + observer position + motion -> Solar-System place-time state With Solar System Time Journey v1.5.3, you can W...

An independently derived physical sidereal reference, remarkable modern continuity with Chitra Paksha after J2000 phase binding, and a live six-language Panchang & Jyotish application For users of Chitra Paksha Ayanamsa / Lahiri Ayanamsa , there is an interesting new result. A new ayanamsa called GNSA — Galactic Nuclear-System Ayanamsa has been constructed from a physical Galactic nuclear-system reference , rather than by starting from an existing ayanamsa or fitting a new model to Chitra Paksha. Then something remarkable happens. When that independently defined astronomical transport is given an explicit Chitra Paksha phase binding at J2000 , the resulting Jyotisha realization —  GNSA-JP1  — remains sub-arcsecond close to Chitra Paksha over the tested modern period . That does not mean GNSA independently proves the inherited absolute zodiac zero of Chitra Paksha. But it does mean something worth examining: an independently derived physical Galactic transport, after one expli...