From first principles to field-deployable protocols. Every course is built on documented research, delivered through interactive MDX, Quarto notebooks, and Reveal.js lab simulations.
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Free Preview A field-practitioner's guide to passive electroculture through resonant geometry. From the physics of spiral antennas and Lakhovsky coils to real-world array layout — how copper geometry shapes the electric field your plants live in.
Paid Go beneath the surface. Learn to measure soil voltage gradients, ionic flow, and microbial bioelectric fields — then use that data to design precision active-stimulation rigs that speak the soil's own language.
Paid This is the most speculative territory we teach — and the most honest course about what's demonstrated versus what isn't. Torsion fields, orgone, and biofield/biophoton work sit outside mainstream physics; we say so upfront, then show you how to build your own antenna or accumulator and log what actually shifts in your garden. Nothing here gets called proven science it can't back up.
Paid Everything that keeps your field installations alive long-term. Master galvanic series theory, connector selection, waterproofing, proper grounding, wire sizing, and maintenance inspection — so your electroculture arrays perform for years, not weeks.
Early-Bird Learn how plants, soil biology, and experimental electroculture can support community-led environmental restoration. Practical phytoremediation science combined with honest, evidence-calibrated electroculture exploration — designed for gardeners, educators, and citizen scientists.
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