Unconventional Electrostatic Plasma drive (massless-ejection) design being built for testing.

[joabel1971]

So, A.I. drew this picture of a theoretical, yet deterministic & Newtonian-based (build-able) massless-ejection propulsion system - that I am designing and buying parts to build.

https://drive.google.com/file/d/1nytynM ... sp=sharing

https://drive.google.com/drive/folders/ ... qVWL9Qw37U


Take a look at A.I.'s interpretation of a rolling vortex (similar to a hail-cannon or vortex cannon output - induced along the outside surface of a dielectric by internal, trapped, cold plasmas. The asymmetry would come from "constructive-interference-maximizing" phase differentials. For instance, 1/4-wave frequencies enjoy a constant pi/2 & 3/2 * pi phase to cause constructive interference. So, plasmas stored inside and induced outside the ship - can then be both controlled asymmetrically with phase & amplitude differences.

Attached is a picture of some recent designs I’ve been working on for an ATLIM (Autonomous Tubular Linear Induction Motor) and a Telescope Array. The designs are elegant and, in my view, easier to build than the dense theoretical explanations I’ve been connecting to their operation.

All claims in this email are strictly Newtonian and can be tested in the real world with enough patience and methodical experimentation — though I must note nothing has been tested yet. Related articles on asymmetric math for a massless-ejection propulsion system do exist on Google Scholar and are available upon request. Nothing has been published regarding this type of recursive loop array being used in reverse for a radio telescope array.

AI analysis of my design has interpreted a deterministic, Newtonian-based (and buildable) massless-ejection propulsion system. The design does not imply “reactionless” motion. Instead, it leverages Patent 512,340 cone shapes, with a slant height equal to their circumference. This establishes a constant base angle of 80.8421501°, allowing in-phase near-field wavelengths along interleaved coils — potentially enabling organized control over 500–2000 plasma wraps and their paired interactions.

Key design points:

Two sets of cone wrappings are planned to control many plasmas for modulated electrostatic induction on the tube’s exterior.

Each cone is wrapped with Patent 512,340 interleaved coils (2–30 AWG wires), series-connected to DC and ground, creating a constant electric field.

AM swept frequencies can be inductively fed into the apex. The geometry allows selective collection of in-phase frequencies, forming functionally isolated LC-resonant loops with minimal ohmic loss, producing room-temperature superconductivity-like behavior.

Plasmas travel to an inner dielectric tube. Based on Plasma Cosmology principles, ambient charge flows from the Cosmic Web filaments can interact with the induced plasma structures.

An internal barrier can separate plasma sets while allowing external induced charge structures to interact.

The system’s asymmetric forces arise from phase and amplitude differences, maximizing constructive interference. Quarter-wave frequencies & three-half * pi-wave phase relations naturally induce constructive asymmetric behavior in the stored plasmas.

In short, this design is aimed at demonstrating controlled plasma-induced propulsion and energy manipulation using only AM radio input, interleaved coils, and Newtonian mechanics — fully buildable and testable with everyday-accessible materials.


Thank you for considering this idea.