The Thesis

Study

Five hypotheses. One framework. Open, falsifiable, and shared.

Hypotheses

H1Beat-Pattern Reliability

Vedic recitation follows structured beat patterns that can be measured and reproduced with statistical consistency across reciters.

Business Signal

"Every track is scientifically measured" — buyer trust signal.

Thesis ↔ Business Crossover

H1 — Beat-pattern reliability"Every track is scientifically measured" → buyer trust
H2–H4 — Mood prediction"We know which shlok fits calm vs. intense scenes" → filmmaker pitch
H5 — Reciter variation"Same text, 3 regional voices" → unique selling point
Listener survey data"Used by 200+ listeners in 12 countries" → social proof

Hybrid Phase System

PhaseArchiveCommercialThesis
0 LockThesis framework H1–H5NoneUSask contact, IRB check
1 Record3 shloks, Founder variantNonePilot stimuli ready
2 LaunchPublic archive CC BY, Internet ArchiveNoneListener survey live
3 Grow10 shloks, seek 1 Gujarati voiceManual stem sales via email/Gumroad $49–$299Data collection ongoing
4 Prove20 shloks, 2 regional variantsFirst automated sale via Gumroad or simple StripeH5 validation: 3 variants measured
5 Stabilize50 shloks, curated artist networkStandard/Commercial/Exclusive tiers activeThesis draft complete
6 PlatformCustom site: archive free + commercial checkoutSubscription: "Ansh Supporter" $99/yearThesis submitted
7 Scale200+ shloks, 10+ voicesRevenue share begins: 40/50/10 splitPublished, open-source schema

Sanskrit Meter

Understanding Anuṣṭubh Meter

The 8×8 syllable structure that carries the majority of the Bhagavad Gita

What is Anuṣṭubh?

Anuṣṭubh is the most common meter in Sanskrit poetry. It consists of 4 pādas (lines), each with 8 syllables — 32 syllables total. The Bhagavad Gita is composed almost entirely in this meter. When you listen to a Gita verse, you are hearing a highly regular 8-beat pulse, even if your ear does not yet recognize it.

How to Hear It

Start with BG 2.20. Count the syllables in each line: na-jā-ya-te mri-ya-te vā ka-dā-cin (8). The pause after the first half (16 syllables) is called the yati. Trained reciters emphasize this break, creating an AABB structure that feels like breathing in and out.

Why It Matters for the Thesis

The regularity of anuṣṭubh makes it ideal for acoustic analysis. Pause architecture, accent density, and tempo variation all occur within a predictable 32-syllable frame. This lets us compare reciters apples-to-apples: same meter, same text, different bodies.

Thesis in progress at the University of Saskatchewan. Listener survey active. Data collected openly. Schema will be published when complete.