Pilot Wave

A recent article in Nature:

http://www.nature.com/news/2011/110602/full/news.2011.344.html

A quantum take on certainty

Intriguingly, the trajectories closely match those predicted by an unconventional interpretation of quantum mechanics known as pilot-wave theory, in which each particle has a well-defined trajectory that takes it through one slit while the associated wave passes through both slits. The traditional interpretation of quantum mechanics, known as the Copenhagen interpretation, dismisses the notion of trajectories, and maintains that it is meaningless to ask what value a variable, such as momentum, has if that's not what is being measured.


Steinberg stresses that his group's work does not challenge the uncertainty principle, pointing out that the results could, in principle, be predicted with standard quantum mechanics. But, he says, "it is not necessary to interpret the uncertainty principle as rigidly as we are often taught to do", arguing that other interpretations of quantum mechanics, such as the pilot-wave theory, might "help us to think in new ways".

Bohmian Mechanics

Spiralled Torus - Cross Section

This simulation shows perfectly the current / thrust that is generated through the hole in the middle.

Color Spectrum (Shaoling Fish - Flocking Birds)

Light is build up out of different frequencies, layer up on layer: Red + Green + Blue = white. In physics the term photon is used to describe the smallest entity, it is the lowest number on the plank's scale.

Light is considered a wave that travels through space. From the 8-formation particle concept, one could see light as a flock of birds or a shoal fish moving through the Aether. The compression and size of the group defines the possible frequencies it contains.

By using a prism light can be split up, when it passes the lattice of the glass' atomic structure, bending the incoming light into different observable bundles / formations / frequencies: Low (Red) - Medium (Green) - High (Blue)

Visco-Elastic Medium (Aether)

When Aether is considered as a Visco-Elastic medium, with particles bouncing of each other, containing lots of energy, as shown in the above YouTube clip (2min38) … well if in such a medium a spiraled looping such as the Torus or the '8' is placed, and they are given an impulse, then this impulse might be conserved.

The spiraled screw-structure would reduce friction when flowing forward, and an agile rotary system along the path of the looping would act like a ball bearing, make them slippery as an eel, and they would have a continuous momentum, giving them the mechanism to move from one side of the medium to the other side, at a constant speed that is defined by the intensity of the Visco-elasticity of that medium. The ongoing process of action & reaction, push and being pushed, powered by the bouncing particles.

Spiralled Torus in Bath of Particles

This animation is a first test made by computer artist / scientist José 'El Gato' JAHC. It shows that thrust is generated.

Simplify

Why make a complicated torus with 16 rotors, when a basic set-up of 3-4-5-6-7-8 might be enough.

... and as for power and control, a central 'cockpit-egg' might be the best solution. It wouldn't disturb the inner-current-flow, and reduce the size of the rotors.

Bosons, Fermions and Hadrons

Spirals

Why a single 8 as a force particle, and not a whole spiral of eights as shown in the drawing above? Well the answer is simple, as a 2D drawing it is nicely symmetrical but in practice (3D) the spiral can't be closed as elegant as a basic 8-looping, thus a close helix spiral is not an option.

http://www.800million.org/spirals/spirals.blend.zip

Optical Illusion

The animated .gif shows two 8's, in front-view, that are placed above each other, and they both rotate in synchrony from left to right, as you can see in the upper top-frame-view they spin anti-clock-wise.
There is an interesting optical illusion noticeable when you look at the two from left -> right spinning 8's namely that after a few turns, seven or so, they suddenly appear to be spinning in the opposite directions from right -> left.