Some Thoughts on Nazi Disc Shaped Flying Machines

There are two methods to counteract the effects of gravity using electromagnetic forces:
1. The first method involves a rotating magnetic field combined with a radial current flow. The resulting force is directed according to the vector cross product of velocity (v), magnetic field (B), and charge (q), which in the configuration depicted in Figure 1, points out of the page. This electron flow, or negative current, can be achieved by employing a conducting disk or a donut-shaped container that holds a conductive fluid or gas. The transverse magnetic field can be generated using windings around the donut container.
2. The second method utilizes a radial magnetic field along with a rotating current. The current can be established using a metallic disk or a conductive fluid or gas within a donut-shaped container. A metallic disk can be rotated, similar to the operation of Arago's disk.

The Vril Triebwerk is illustrated in Figure 3. The positive top attracts free electrons and channels them into the vortex chamber, which is where the rotating body (Drehkörper) is located. By regulating the speed of the vortex, the velocity of lift can be adjusted. Electromagnets (EMs) are arranged such that their magnetic fields are perpendicular to the plates, causing the plates to rotate in a clockwise direction. The rotation of ionized particles creates a vortex in the Aether. Additionally, a secondary steerable vortex is employed for navigation, which is presumed to be provided by the Glocke.

The described apparatus harnesses electromagnetic principles to generate forces that can counteract gravity. The first method capitalizes on the interaction between a rotating magnetic field and a radial current, effectively utilizing the Lorentz force to produce an upward thrust. The configuration of the conducting disk or the conductive fluid within a donut-shaped container allows for effective management of the current flow and magnetic field interactions. The windings around the container create a transverse magnetic field essential for establishing the desired electromagnetic effects.

In the second method, the combination of a radial magnetic field and a rotating current further enhances the ability to manipulate gravitational forces. The use of a metallic disk or conductive fluid within the donut-shaped container ensures that the current can be effectively generated and maintained. This method, reminiscent of historical experiments with rotating disks, demonstrates the potential for innovative applications in anti-gravity technologies.

The Vril Triebwerk serves as a practical application of these principles, illustrating the potential for controlled lift through the manipulation of electron flow and vortex dynamics. The design features a vortex chamber where the Drehkörper rotates, allowing for the fine-tuning of lift velocity through vortex speed adjustments. The integration of electromagnets ensures that the system maintains stability and directionality, with the clockwise rotation of the plates contributing to the overall functionality.

The concept of utilizing ionized particle rotation to create a vortex in the Aether adds a layer of complexity to the design, suggesting a deeper interaction with the surrounding environment. The inclusion of a steerable vortex enhances maneuverability, indicating potential applications in advanced propulsion systems. The overall design reflects a sophisticated understanding of electromagnetic forces and their practical applications in overcoming gravitational effects.There are two ways to overcome the effect of gravity using electromagnetic forces: 1. Using a rotating magnetic field and a radial current flow. The force is in the direction of vB q , so out of the page for the configuration shown in Fig. 1. Electron flow (or the negative current) can be realized using a conducting disk, or a donut shaped container that holds a conductive fluid or gas. Transverse magnetic field can be realized using windings around the donut container.

2. Using a radial magnetic field and a rotating current. Current can be realized using a metallic disk or a conductive fluid /gas inside a donut shaped container. A metallic disk can be rotated as in the case of Arago’s disk. 

Vril Triebwerk is shown in Fig.

3. 
Positive top attracts free-electrons and pump them into the vortex chamber. The chamber is where the Drehkörper rotates. 
By controlling the vortex speed, velocity of up lift can be controlled. Electromagnets (EMs) have perpendicular magnetic fields (to the – plates) so the plates move in CW direction. 
Rotation of ionized particles form a vortex in Aether. 
A secondary steerable vortex is used for steering.

I assume this is provided by the Glocke. 
By  4beowulf7 - [email protected]