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Wave

Hutchison-Style Apparatus

Multi-source RF interference rig for anomalous material effects

$380 plan
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// Blueprint rendering available after purchase
Technical Specifications
Classification Scalar EM — Wave
RF Sources 5× independent transmitters (1–21 MHz)
Additional Sources Van de Graaff + Tesla coil
Target Zone 30×30×30 cm interference volume
Total RF Power Up to 500W (regulated)
Safety Faraday enclosure + exposure limits required
Difficulty 5 / 5
Est. Build Cost $1,500–$3,500
Est. Build Time 10–18 weeks

Overview

John Hutchison documented in the 1980s a series of anomalous physical effects (levitation of objects, jellification of metals, spontaneous fracture, transmutation of materials) that he attributed to the interference of multiple electromagnetic fields from simultaneous RF transmitters, Van de Graaff generators, and Tesla coils. While the claimed effects remain controversial, the interference field topology Hutchison created is reproducible and constitutes a valid advanced scalar EM research environment. This apparatus uses 5 independent RF transmitters operating at different frequencies (1 MHz, 2.3 MHz, 7.5 MHz, 14 MHz, 21 MHz), a Van de Graaff generator, and a Tesla coil in proximity — all feeding into a common target zone. The plan covers positioning geometry, safety enclosure, measurement protocols for the target zone field tensor, and procedures for the specific phasing conditions Hutchison documented as necessary for anomalous effects.

Intended Research Use

Multi-source RF interference field research, Hutchison Effect replication, anomalous material effects study, scalar EM interference zone characterization.

Bill of Materials (16 components)

#Component
01 HF transceiver or RF amplifier, 100W (×5)
02 Dipole antenna, 1m, matched to each freq (×5)
03 Van de Graaff generator, 30cm sphere
04 Small Tesla coil (SSTC or DRSSTC)
05 RF power distribution panel
06 Spectrum analyzer (DC–200 MHz)
07 Vector network analyzer
08 Tri-axial EM field sensor
09 Insulated target platform (acrylic)
10 Video camera for anomaly documentation
11 High-speed camera (optional, >500fps)
12 Faraday cage enclosure (full room preferred)
13 RF power meters (×5)
14 Precision clocks (time-sync for phasing)
15 Data logger (multiport, ×20 channels)
16 PPE: RF-protective suit + goggles

Get Build Plan

Complete plan PDF including all specs, winding geometry, drive circuit schematics, measurement protocols, and Gerber files where applicable.

$380 one-time
Purchase plan — Stripe Save 10% with Membership
Complete build documentation (PDF)
Winding specs + circuit schematics
Measurement + verification protocols
Sourcing guide for all BOM items
Lifetime access, no subscription
Build Difficulty
Expert — significant technical background required.

Est. cost: $1,500–$3,500
Est. time: 10–18 weeks