Supports· strongTIK-E008
The 2026 lye-hydrolysis experiment: toxic ergopeptides to LSA/iso-LSA
- what the source states
- Across 48 experimental runs, pulverized Claviceps purpurea sclerotia refluxed in wood-ash-type lye at 5% w/v and initial pH 12.5 for 120 minutes showed complete disappearance of all six predominant toxic ergopeptides and their C-8 epimers (1H-NMR and UHPLC/Q-TOF-HRMS), with LSA and iso-LSA produced at 0.54 and 0.48 mg per gram of ergot; lower pH or shorter treatments left toxic ergopeptides detectable. The authors extrapolate that about 1 g of ergot per initiate could supply an active dose, state that "the focus of the study was to demonstrate the feasibility of this transformation in the specific historical-technological context," and close by calling for advanced organic residue analysis of archaeological material from Eleusis.
- what we infer
- The strongest post-book development that touches Eleusis: it retires "ergot necessarily means ergotism" as an objection at the level of possibility. What it does not do, by its own framing, is show anyone at Eleusis used the method — and the successful condition (strong lye, two hours hot, complete hydrolysis only at the highest pH) makes the historical reconstruction more demanding, not less: a specific controlled processing technology is now required, and no source attests one.
- limitations
- Interested-network authorship: co-authors include the hypothesis's originators (Ruck; the Wasson Ruck institute's Hoffman) and three members of an entheogenic-research center; formally declared no competing interests and no external funding. Independent replication with blinded variable-content ergot is TIK-R002.
- Chemical safety shown as disappearance of the monitored ergopeptides — not a human safety trial, and no in-vivo psychoactivity data (TIK-R003).
- Modern ergot from collections and field sources; the authors argue evolutionary continuity of ergot chemistry, which is an argument, not a measurement of ancient Greek ergot.