The Lee-Tseung Lead Out Theory

[hansvonlieven]

No, it won't !

Hans von Lieven

[broli]

Oh no just when Tseung thought Hans was gone you come back with a bang.

But guys can anyone please explain to me why that tube kept moving forward on the table? I don't even get you guys. What is a satisfactory result to you? If action does equal reaction there the tube shouldn't keep jumping forward right?

Like I said before imagen what would have if the pulse rate was in the MHz. I don't know if this is possible using physical objects but maybe applying the same idea using electro magnetic waves will do the trick...EMdrive anyone?

[utilitarian]

Oh no just when Tseung thought Hans was gone you come back with a bang.

But guys can anyone please explain to me why that tube kept moving forward on the table? I don't even get you guys. What is a satisfactory result to you? If action does equal reaction there the tube shouldn't keep jumping forward right?

Like I said before imagen what would have if the pulse rate was in the MHz. I don't know if this is possible using physical objects but maybe applying the same idea using electro magnetic waves will do the trick...EMdrive anyone?

If action equals reaction, how can you walk and make forward progress?  The tube on the table does the same thing.

I have an experiment for you that you can do without getting out of your computer chair, assuming your chair has wheels.  Lurch your body to move the chair forward.  Notice how if you go slow when you coil your body, but quickly when releasing it, you can shove yourself forward.  Are you violating the principle of conservation of momentum?  No.

[utilitarian]

Oh no just when Tseung thought Hans was gone you come back with a bang.

But guys can anyone please explain to me why that tube kept moving forward on the table? I don't even get you guys. What is a satisfactory result to you? If action does equal reaction there the tube shouldn't keep jumping forward right?

Like I said before imagen what would have if the pulse rate was in the MHz. I don't know if this is possible using physical objects but maybe applying the same idea using electro magnetic waves will do the trick...EMdrive anyone?

I will add that what you are not seeing is that the tube is slightly, ever so slightly, pushing the earth backwards.  Just like we all do when we walk.

[TinselKoala]

Why on a table?  Why not on wheels or other ultra-low friction situation, so we can see the net movement of the device, as it would be if you were trying to generate lift in midair?

Don't worry, I am well aware of how to test these devices. In addition to the tests ltseung proposed, which will prove nothing, I will also run the device on a frictionless surface, as well as in the pendulum configuration.
These devices (there are many variants out there) are generally classed as "reactionless" or "inertia" drives, or Dean drives, or Cox drives. They all work (or rather don't work) in the same way: by reaction against a substrate, or for the vertical ones, resonance with the scale apparatus used for weighing.

I have a challenge to the maker of the video from China:

Do the same test, but use a leveled granite surface plate (a very smooth surface, for the non-machinists out there), some ball-bearing balls or BBs, and a piece of plate glass that weighs the same as the solenoid device. Put the BBs on the surface plate, the plate glass on the BBs, and the device on the glass plate. Actuate the pulsing electronics, and observe.

After this test is done, then decide whether you still want to spend the money on my tests.