VARĀHĪ

VARĀHĪ — Where Ancient Wisdom Meets Modern Validation

Reconstructing Varāhamihira’s natural-time framework through 126 years of computation and evidence.

126
Years analysed
1901–2015
Rainfall coverage
5
Modern comparison strands
2
Published papers
3
Media features
0 season · 0 reports
Source-locked external evidence

The Nine Navanāyaka Offices

What is the Navanāyaka system? →

Scientific Reconstruction Snapshot

1901–2026 · five governed validation layers

  1. 1
    Canonical Computation

    Source-governed Bṛhat Saṃhitā rules

  2. 2
    Natural Activation

    Astronomical and calendrical triggers

  3. 3
    Evidence Activation

    Source-locked observed events where available

  4. 4
    Replay Consistency

    Deterministic historical reconstruction

  5. 5
    Decision Layers

    Governed conflict resolution

For 2026, five governed strands converge on the computed Main Prasava window beginning 18th June, 2026 — a specific seasonal result, not a claim of universal historical agreement.

Modern comparison · 2007–2026

Computed phase windows with modern benchmarks · independently verified milestones only.

View methodology →

Five-strand dataset not yet published in this build.

Highlighted markers identify 0 source-locked external report(s) in 0 externally documented season(s) (years: —).

Weekday Signature at a Glance

Meghādhipati — mean June–September seasonal rainfall by weekday ruler (descriptive)

Meghādhipati descriptive totals not yet loaded.

No robust universal ruler effect has been demonstrated in seasonal totals.

Descriptive means with sample sizes; not a causal proof · Meghādhipati

Explore Meghādhipati Analysis →

Computed annual dates are discrete calendrical outputs rather than a smoothed meteorological series. Delayed or stalled monsoon seasons are shown separately through source-linked evidence markers.

Source-governed computationNo data fabricationNo post-hoc fitting