Technical Specification of the Vishnu Formula Precessional Algorithm (Bilingual Edition: EN-HR)

Abstract & Technical Overview:This official technical specification defines the mathematical architecture of the "Delta T – Chronos" model, a universal algorithm derived from a non-linear planetary precessional model spanning ~25,778 years. While standard polynomial approximations lose stability and diverge on macro-time scales, this autonomous engine calculates the time correction parameter Δ T with permanent, absolute one-second precision across extreme millenarian horizons into both the past and the future. Operational Application Pillars: Pillar 1: Advanced Jyotish & Astrological Software Engines (Ephemeris synchronization). Pillar 2: Aerospace & Defense Conglomerates (On-board telemetry-independent spacecraft navigation). Pillar 3: Paleoclimatology & Advanced Geophysical Datation Models. Legal and Commercial Framework:This document is a comprehensive, 10-page bilingual release compiled in both English (primary technical documentation) and Croatian (original validation appendix). All components, including the underlying multi-decimal coefficients, are strictly protected under international intellectual property registration and are made commercially available exclusively via an Umbrella License Agreement subject to an annual flat fee structure ($500,000 USD / $50,000 USD). Sublicensing, matrix pooling, or any unauthorized reverse-engineering attempts are strictly barred under intensified legal and financial penalties.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-30
DOI
https://doi.org/10.5281/zenodo.23802514
Primary Topic
Historical Astronomy and Related Studies
Type
article
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article

Technical Specification of the Vishnu Formula Precessional Algorithm (Bilingual Edition: EN-HR)

Darko Feletar
2 links
Zenodo (CERN European Organization for Nuclear Research)
Historical Astronomy and Related Studies
article

Technical Specification of the Vishnu Formula Precessional Algorithm (Bilingual Edition: EN-HR)

Darko Feletar
article en

Abstract

Abstract & Technical Overview:This official technical specification defines the mathematical architecture of the "Delta T – Chronos" model, a universal algorithm derived from a non-linear planetary precessional model spanning ~25,778 years. While standard polynomial approximations lose stability and diverge on macro-time scales, this autonomous engine calculates the time correction parameter Δ T with permanent, absolute one-second precision across extreme millenarian horizons into both the past and the future. Operational Application Pillars: Pillar 1: Advanced Jyotish & Astrological Software Engines (Ephemeris synchronization). Pillar 2: Aerospace & Defense Conglomerates (On-board telemetry-independent spacecraft navigation). Pillar 3: Paleoclimatology & Advanced Geophysical Datation Models. Legal and Commercial Framework:This document is a comprehensive, 10-page bilingual release compiled in both English (primary technical documentation) and Croatian (original validation appendix). All components, including the underlying multi-decimal coefficients, are strictly protected under international intellectual property registration and are made commercially available exclusively via an Umbrella License Agreement subject to an annual flat fee structure ($500,000 USD / $50,000 USD). Sublicensing, matrix pooling, or any unauthorized reverse-engineering attempts are strictly barred under intensified legal and financial penalties.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 14%
Historical Astronomy and Related Studies
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