Help fund our research into propellantless propulsion

[FredWalter]

I have a few questions:

1) You mention patents and patent applications - can you list all your patents here?
2) Have you been granted patents for your CID device?
3) If you've been granted patents for your CID device, has anyone successfully built a prototype using your patent?
4) if you had an independent duplication of your work, would that help convince people that your device is real, and help you get the funding that you need?
5) Have you tried modeling your drive using something like MapleSoft, so you can try varying parameters (size, rotation speed, strength of magnets, position of magnets, etc) to see what might produce a stronger thrust, without the expense of having to build a new prototype for every change that you want to try?

[sm0ky2]

Correct. Because the magnetic field is always present there is no upper limit to the rpm speed. Finally great to speak to someone that understands. The world is slowly beginning to understand. There is no RPM limit to this device.

I was actually referring to the acceleration of the drive as a whole.


Of course there is an upper rpm limitation, and it is not the physical material properties of its construction.


The upper rpm limit will be a factor of the frequency of impulses to the response of the vehicle mass.
Above this specific rpm, the drive will become less effective at generating directional momentum.
But right at or slightly below this maximum rpm is a range of maximum impulse.
It could theoretically (from an outside observer's perspective) accelerate to the speed of light given enough time.

[sm0ky2]

So if you say increase the RPM by a factor of 10 would this increase the force by the same ammount? If so wouldn't a smaller prototype spinning at much higher rpm's 10k+ (not so high as to overcome the magnetic force) show a very significant force?

The force increases slightly with rpm as a function of the mass of the rotating arm.
Increasing the mass of the arm has a lot more effect than increasing the rpm.


What the rpm does do - is increase the frequency of the impulses.
More times that force is exerted over a given time.
With an arm of a constant mass, increasing the rpm within a reasonable range
Will maintain a relatively constant force,
   But this force will be exerted many more times this resulting in a
Faster acceleration

[sm0ky2]

Think of a vibrating pager walking itself across a table.

[MT]

Think of a vibrating pager walking itself across a table.

Thats experiment I would like to see result of. Place a mobile in middle of room at the International space station. Call it, would it move?
M