Auditing the "Circadian Trader" Claim
GameTheory_Full_Pack.html presents a table and a chart, both
titled around the claim that σ* ≈ 1/3 is confirmed
independently across five domains: the network-game MPE threshold, the
GTCT operator orbit ε₀, dm³ contact geometry
ε₀, a "circadian trader" g₃₃ ≈ 1/3, and
WTI historical oil volatility. Two of those five rows are tagged
Lean 4 · 0 sorry in the same table. This audit
checked only the "circadian trader" row, the same way WP-24 checked the
criticality-bridge claim: not by trusting the label, by looking for the
thing that's supposed to back it up.
What was searched for
A full-text search of GameTheory_Full_Pack.html for every
occurrence of "circadian," "Nirvana," "g₃₃," and "trader"
turns up exactly two places this claim appears: the summary table row
(Circadian trader · g₃₃ = 33 cycles ·
g₃₃ ≈ 1/3 attractor · Nirvana compounding fixed
point · Numerical) and the identical numbers repeated in
the chart's data array (lo:0.31, hi:0.35, mid:0.33). There
is no third place. No model is defined for what a "circadian trader" is
or does. No dataset, backtest, or simulation is referenced. No citation
is given for "33 cycles" or for the 0.31–0.35 range. "Nirvana
compounding fixed point" is not defined anywhere else in the document
or cross-referenced to a chapter that defines it.
The citation that turned out not to exist
The file's own reference list carries two entries that read as if they
supply the missing derivation: Grossi, P.N. (2026a), "Positional
Dominance in Network Games" and Grossi, P.N. (2026b), "On the
Recurrent Appearance of a Threshold Near 1/3," both cited to
10.5281/zenodo.19117399. That DOI is the Principia
Orthogona series concept DOI — by Zenodo's own
design, a concept DOI always resolves to whichever version was most
recently deposited. As of this audit it resolves to Principia
Orthogona, Volume I: The Mathematics of Generative Transitions,
version 6, published July 2, 2026 — a paper about the operator
chain G = U∘F∘K∘C, Whitney folds, and Lean 4 proofs.
It contains no network-game model, no circadian trader, no companion
result about a "threshold near 1/3." A web search for either cited
title returns no matching record anywhere, on Zenodo or off it.
In other words, the two citations that a reader would follow to find
the missing derivation do not point to papers that contain it —
they point, by coincidence of how concept DOIs resolve, to an unrelated
volume. This is not a case of a stale link to a real but outdated
paper; the titled works do not appear to exist as separate deposits at
all. The reference-list entries have been corrected in
GameTheory_Full_Pack.html to say so directly, rather than
left pointing at a live-but-wrong DOI that a reader could mistake for
confirmation.
| Row in the five-domain table | Status | Notes |
|---|---|---|
| Network game (MPE) σ* ∈ [0.30, 0.36] | not re-audited here | Has a cited theorem elsewhere in this corpus (Grossi 2026b); out of scope for this working paper |
| GTCT operator orbit ε₀ = 1/3 | Lean 4, 0 sorry (as labeled) | Genuinely different evidentiary class from the row below |
| dm³ contact geometry ε₀ = 1/3 | Lean 4, 0 sorry (as labeled) | Same |
| Circadian trader g₃₃ ≈ 1/3 | unsourced | No definition, model, dataset, or citation anywhere in the file; should not be tabled alongside proved rows without that context |
| WTI historical volatility 0.35–0.42 | plausible, uncited here | Real, checkable public data (EIA), but no specific series or date range is cited in this file to verify the exact 0.35-0.42 figure |
This does not mean σ*≈1/3 is wrong, or that a real circadian trading model couldn't be built and might land near that number — only that this specific row, as written, gives a reader nothing to check. The fix is not to delete the row; it's to either cite the source (a paper, a backtest, a named strategy) or remove it from a table that otherwise mixes in machine-checked theorems, since the table's own formatting currently implies all five rows carry the same weight of evidence, and they plainly do not.