Three Corollaries and a Colophon
Abstract
Three Corollaries and a Colophon Corollary 1 — The Sun's eigenvector: The 6× obliquity offset is not structural. It is 2,500 years of precession. At calibration epoch (~500 BCE) the Sun exalted at the tropical VE — maximum galactic distance (b = −60.2°). The Sun's eigenvector is the complement of every other graha: they all approach the galactic plane; the Sun recedes from it. The 10° sidereal is the timestamp of the encoding. Corollary 2 — Jupiter's 1.24×: The residual is not orbital inclination — it is Jupiter's own ascending node offset. Jupiter exalts where two crossings meet: the galactic-ecliptic crossing and Jupiter's own orbital node. The 1.237× decomposes as the galactic crossing plus Jupiter's nodal offset. Jupiter is the only graha that encodes both the galactic frame and its own orbital plane simultaneously. Corollary 3 — The missing Pleiad: Pleione (the variable seventh sister) is not missing by chance. The Pleiades are entirely in Krittika, lord Sun — the last outpost before the Moon's territory begins at Rohini. Six visible sisters = six observable grahas. The Sun is the seventh: present as lord of Krittika, absent as stellar object. The missing sister is the threshold itself. You cannot see the gate by looking at it. You can only cross it.
Fields of Study & Subjects
Historical Astronomy and Related Studies
Historical and Architectural Studies
History and Developments in Astronomy
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 14 March 2026
- Language
- EN
- Document type
- Preprint