Course Overview & Instructor Introductions
Welcome to Antenna Electroculture In-Depth. Meet your instructors David Wechsler and Ray, learn what you'll build and measure over the course, and understand why passive copper geometry is one of the most underexplored tools in sustainable agriculture.
Welcome to Antenna Electroculture In-Depth
This course is built for growers who want to move beyond theory and actually deploy passive copper geometry in their fields. By the time you finish, you’ll have the physics, the design equations, and the field-tested intuition to build spiral antenna arrays that reliably enhance the electric environment your plants grow in — no external power required.
What This Module Covers
The video above walks through:
- Why conventional agriculture is leaving electricity on the table — and what that costs in plant health, nutrient density, and resilience
- What you will build — copper spiral antennas, Lakhovsky multi-wave oscillators, and a documented field experiment running in your own growing space
- Who your instructors are — David and Ray’s backgrounds, what they’ve measured in the field, and why they built this course
- How the course is structured — four sections over 15 modules, moving from electrical physics through antenna design to Lakhovsky theory and full field deployment
Course Structure at a Glance
Section I — Electrical Foundations (Modules 1–6) The physics behind why any of this works. Voltage, fields, charge propagation through soil, and the distinction between signal propagation and electron drift that makes antenna geometry meaningful.
Section II — Spiral Antenna Design (Modules 7–11) Archimedean vs. logarithmic spirals, why geometry concentrates fields, copper selection and preparation, and the atmospheric collector placement problem.
Section III — The Lakhovsky Oscillator (Modules 12–13) Georges Lakhovsky’s cellular resonance framework, the multi-wave oscillator design, and how it connects to modern plant bioelectrics research.
Section IV — Field Deployment (Modules 14–15) Practical layout, spacing, measurement protocol, and monitoring. How to run a rigorous field experiment and interpret what you’re seeing.
What You’ll Leave With
- The design equations for Archimedean and logarithmic spiral antennas
- Material specifications: wire gauge, copper purity, coiling direction, burial depth
- A Lakhovsky MWO you’ve built and calibrated
- A documented field experiment running in your growing space
- Access to all interactive simulations and field calculators
Continue to Module 1 to begin with the electrical fundamentals every grower needs →