How adequate is this analog hydrodynamic gravity model?

[MasterOgon]

I'm trying to come up with an analog gravity model based on my old experiment. It's in the picture above. It's a vibrating boat on the water. In the center is a motor, on it is a pendulum with a magnet. A rod with another magnet is rigidly attached to the motor from below, the poles of which are opposite to those on the pendulum. This gives a temporary acceleration to the pendulum when it passes the magnet, and as a result, the system oscillates asymmetrically. All this is installed on a float and launched into the water. The resulting force of asymmetric oscillations creates thrust when the hull interacts with water.

Hydrodynamics is a separate topic here. In short, when the hull is displaced, the turbulent zone collapses, which gives an impulse and a reflected wave. Post in thread 'Wave drive flying saucer' https://forums.space.com/threads/wave-drive-flying-saucer.29297/post-527071The direction of the vibration boat's movement should logically be perpendicular to the rod, as the pendulum lever is applied during acceleration. And this happens if you compensate by adding the same, but in fact this vibration boat moves in the direction of the magnet on the rod, as the arrow indicates. Probably due to the displacement of the barycenter of the system. Plus some twisting in the direction of the pendulum rotation.

Below is an imaginary experiment with two conventional atoms. They have an equal number of charges, but their electrons, having a negative charge, repel each other and enter into resonance, avoiding getting closer as shown in the picture. In this case, each of them approaches the positively charged nucleus of the neighboring atom in turn, which causes its temporary acceleration similar to the pendulum of a vibrating boat. Because of this, the atoms oscillate asymmetrically just like a vibrating boat.

Provided that the subatomic environment, forming virtual photons and interacting with the atoms, creates the same wave effect as water, the atoms will be mutually attracted.

I have not yet decided to complicate things. What do you think? To what extent does this correspond to the ideas about atoms?