Sagar Ephemeris 2026 | Sidereal Calculations with Panchanga, Muhurtha & Other Formulae | English | Sandeep Venkatesh |

About the Book:- A Classical Sidereal Almanac and Computational Reference

Sagar Ephemeris 2026 is a comprehensive sidereal ephemeris prepared for serious practitioners, scholars, and teachers of Jyotisha who require authoritative astronomical data, transparent computational structure, and place-accurate Panchanga foundations.

Each day of the year is presented in meticulously typeset tables giving nirayana planetary longitudes, nakshatras, tithis, yogas, karanas, Rahu–Ketu motion, lunar and solar month boundaries, eclipse catalogues, stationary points, retrograde intervals, and sidereal phenomena—consistently referenced to IST and the Mean Chitrapaksha Ayanamsa.

Distinctively, this volume provides place-dependent ephemeris and ascensional tables for seven major Indian cities, including lagna progressions, MC alignments, sunrise–sunset timings, and segment-length differentials—allowing geographically accurate chart work without secondary interpolation.

Beyond ephemeris tables, this work expands into a rare, integrated atlas of celestial phenomena, documenting planetary aspects, maximum elongations, combustion (asta) intervals, perihelion and aphelion passages, out-of-bounds declination phases, lunar occultations (graha-chandra avarana), and solar disc-contact events—features seldom consolidated in a single yearly reference.

A dedicated Panchanga Muhurta section further provides explicit timing tables for Dvipushkara and Tripushkara yogas, Gandamoola periods, Ravi and Guru Pushya yogas, Ravi Yoga, and Sarvartha Siddhi Yoga, enabling direct muhurta determination without auxiliary manuals.

Supporting these tables is a full computational grammar of classical Jyotisha: proportional logarithms, Panchanga kala derivations, Varshaphala (Tajika) annual methods, sahama calculations, special lagna formulae, dagdha rashi rules, nakshatra characteristics, marriage compatibility matrices, varga computation systems, and worked interpolation examples—rendering every method transparent, reproducible, and auditable.

All astronomical values are generated using high-precision modern astronomical computation methods and organized in a verifiable classical framework, making Sagar Ephemeris 2026 not merely a yearly almanac, but a permanent working reference designed to remain open on the desk of every serious astrologer.