Peer-Reviewed Astronomical Science
Precision Planetary Ephemeris
& Rigorous Sidereal Research
Empowering researchers and academic scholars with high-precision Lahiri Ayanamsha algorithms, geocentric planetary velocities, and sidereal coordinate mapping.
Real-Time Sidereal Ephemeris (Lahiri Ayanamsha: 24° 12' 48")
| Celestial Body | Sidereal Sign | Longitude | Daily Velocity | Status | Nakshatra |
|---|---|---|---|---|---|
| Surya (Sun) | Leo (Simha) | 23° 44' 12" | +0° 57' 22" | Direct | Purva Phalguni (Pad 4) |
| Chandra (Moon) | Taurus (Vrishabha) | 14° 12' 05" | +13° 14' 50" | Exalted | Rohini (Pad 2) |
| Guru (Jupiter) | Taurus (Vrishabha) | 08° 30' 44" | +0° 08' 15" | Direct | Krittika (Pad 3) |
| Shani (Saturn) | Aquarius (Kumbha) | 18° 55' 30" | -0° 03' 10" | Retrograde | Shatabhisha (Pad 1) |
| Mangal (Mars) | Gemini (Mithuna) | 04° 21' 10" | +0° 38' 00" | Direct | Mrigashira (Pad 4) |
Published Academic Research
Journal of Vedic Astronomy • Vol. 42
Mathematical Proofs of Ayanamsha Precession Shifts
A 50-year comparative analytical study between Lahiri, Raman, and Krishnamurti sidereal zero-point coordinates.
Solar Physics & Planetary Dynamics
Geocentric Planetary Conjunctions & Geomagnetic Flux
Evaluating solar flare intensity variations during major planetary conjunctions in the Sidereal Zodiac.
History of Ancient Science
Computational Algorithms in the Aryabhatiya (499 CE)
Deconstructing ancient Sanskrit trigonometric Sine tables (Jya & Kojya) used for planetary position computation.