Toroidal Standing Microwave Generator - Harmonics Propulsion 3D model

Toroidal Standing Microwave Generator - Harmonics Propulsion Concept.

This concept came to me last night before bed, this might be a worlds first, i had to share my thoughts with you guys. the concept is simple, we have two solenoids working together as one, moving a pen up and down. while doing so, it flaps a inner wing, a thin sheet of perhaps metal, solid yet flexible. the up and down movement, creates a sine wave form in the entire thin metal sheet.

from a side view, the metal sheet is pulled up and down against a spike type of object attached to the hull of the craft or the generator itself. the kinetic impact now creates extra radially crosshatching microwaves, moving downwards along the entire sheets surface. these waves push out air through its vibrational motion and its harmonic surface frequencies. from a top view the sheet appears to wobble radially, creating a sinus shape, forcing out air along with it, the volume forced and compressed downwards, yet sucking in new air from above behind it and inwards again.

now if we use 3 or 4 phase motor winding circuit, we will even rotate the entire wave field that we create, by pulling up the sheet in a certain location that changes, just like a 3 phase motor does. another sinewave now lateral being impressed upon the flapping flexible sheet. the workings somewhat resembles a normal speaker, where the center coil is moving up and down creating sound waves. frequency here is also very important, as we seek a harmonic resonance from the entire sheet.

we use a combination of microwaves created in all directions and even crosshatched moving across the entire surface. lateral waves, radial waves, waves, waves, waves. waves push out the air below though a compressor shaped top and bottom plate, forming a hollow disc or wing. if we were to try something and experiment, we could power the entire top plate positive, and the bottom plate negative, in order to also create and move along ions through or over the sheets surface.

Thank you for reading, have a great day. please leave a like if you enjoyed.