Correa PAGD (Pulsed Abnormal Glow Discharge)
by Paulo N. Correa & Alexandra N. Correa · Canada
Safety & Liability Disclaimer
Replicating alternative electromagnetism or mechanical resonance systems carries extreme physical hazards including lethal voltage shock, explosive gas ignition, mechanical shrapnel, and chemical toxicity. All contents, schematics, and guidelines on this page are provided strictly for educational and historical research.
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Overview
Cold-cathode vacuum discharge tubes operating in the Pulsed Abnormal Glow Discharge regime generate self-exciting pulsations. Claims excess electrical energy from plasma collapse events. The most 'scientifically rigorous' approach with multiple granted US patents and a published theoretical framework (Aetherometry).
⚖️ What Would Convince Us?
To validate the anomalies claimed for this device under mainstream scientific parameters, builders and inventors must document and present evidence satisfying the following criteria:
Calorimetric analysis of energy capture vs discharge input
Verification of high vacuum stability during discharge pulses
Independent lab replication using standard cathode tubes
Investigation & Credibility Metrics
Direct inventor writings, patents, or lab notebooks available.
Claimed overunity/propulsion has not been verified in a control lab.
Multiple builders completed attempts and reported zero success.
Oscilloscopes and power analyzers used to record transient waveforms.
This device is purely open-source or historical; no active sales.
Community Status
Multiple granted US patents. Published theoretical framework (Aetherometry). Harold Aspden provided theoretical support. Requires custom vacuum tube fabrication.
🔧 Build Guides
Research & Engineering Notice
The Correas' patents and academic papers describe the vacuum tube specs and switching circuits, but do not provide a step-by-step build manual.
What We Do Not Have (Missing Specifications)
Compiled Reference Materials & Authors
Discussions
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🔧 Key Components
- •Custom cold-cathode vacuum discharge tubes (aluminum electrodes)
- •Specific vacuum pressures
- •Pulse driver circuits
- •Energy capture/storage circuits