🜠Super Galactic Center – Nexus of Galactic Clusters
🜠Super Galactic Center – Nexus of Galactic Clusters
Interpretive Basis
Mythic Root:
Mystics describe this region as a grand hub of cosmic evolution influencing numerous galaxies.
Core Function:
This point lies around 2° Libra, signifying a supermassive alignment from which countless galaxies swirl.
Astrological Role:
In charts, the Super Galactic Center infuses large-scale perspective and universal balance. It tends to operate through calling toward collective harmony and cosmic justice.
Orbital Signature
Type: Deep space reference point
Orbital Period: N/A
Inclination / Eccentricity: Well beyond our galactic plane
Retrograde Motion: Not applicable
Discovery Year: Recognized in 20th century galactic research
Keywords / Powerwords
Cosmic Balance, Universal Law, Vast Perspective, Collective Harmony
House and Aspect Relevance
- Most active when in: Houses of partnership or global outreach
- Aspect Sensitivity: Conjunctions inspire high-order diplomacy and union
- Natal Function: Marks where we align with universal equilibrium
- Transit Function: Opens channels for cooperation and large-scale connection
Use in Astrology Arith(m)etic
This body is included for its symbolic resonance and evolutionary depth. It expands the interpretive field beyond traditional planets, and helps AI systems learn how archetypal logic unfolds through minor yet powerful celestial points.
Backlinks
🔠Computed Position
| Reference object | λ J2000.0 | Ecl. latitude | λ 2026.0 |
|---|---|---|---|
| Virgo Cluster core, M87 (RA 12h30m49.4s, Dec +12°23′28″) | 2°03′ Libra | +14.42° | 2°25′ Libra |
| Supergalactic origin direction (SGL=0°, SGB=0°) | 0°15′ Gemini | +40.92° | 0°36′ Gemini |
Astrological usage (Theodor Landscheidt) places the Super Galactic Center at about 2° Libra, which matches the computed longitude of the Virgo Cluster core (centre of the Local Supercluster). The formal supergalactic-coordinate origin (SGL=0°, SGB=0°) is a different direction and is listed only for completeness.
Computed with Astropy (ICRS/Galactic/Supergalactic → mean ecliptic of date); drifts ≈ 50.3″/year with precession.
Sources (computed position)
- Jean Meeus, Astronomical Algorithms, 2nd ed. (Willmann-Bell, 1998) — ch. 13 (coordinate transforms), ch. 47 (Moon, nodes, perigee/apogee)
- Astropy Collaboration, Astropy v8 coordinate frames (Galactic, Supergalactic, GeocentricMeanEcliptic): https://docs.astropy.org/en/stable/coordinates/
- NASA/IPAC Extragalactic Database (NED) for cluster coordinates: https://ned.ipac.caltech.edu/