I'll go on with that thought: It is a big if, but IF you think particles have both a wave nature, and a particle nature, which I think most people here do, then we can say some things about wave-particles in general:Well that would be good.
There is a good article in Forbes that is pertinent. It supports all that you have been saying, and conveys the consensus view of non-locality:
http://www.forbes.com/sites/chadorz...xperiments-that-show-quantum-physics-is-real/
However, the thing about particles is that they have wave-particle duality, and the presence of a wave-particle is caused by standing waves, i.e. the presence is established by inflowing and out flowing wave energy components in the particle space. That wave-particle duality is the exact aspect that the experiments are not considering, given that the apparatuses are composed of particles.
In my model, I maintain that not only do the entangled particles that are passed through the apparatuses have this duality, but also, all of the apparatuses are composed of particles. Those bound particles also have an outflowing wave energy component that spreads out from them at the speed of light and fills the space through which the experimental particles travel, right from the moment of entanglement to the moment of measurement. How do you detect and separate the effect of this ever present and accompanying out flowing wave energy from the apparatuses? And the out flowing wave energy has a density pattern that reveals, in advance, the nature of the apparatus that lies in the path ahead, hypothetically.
1) Their wave presence is not likely to be just one wave moving through the medium of space, but they would be standing wave patterns of intersecting waves. Those intersecting waves overlap within the "particle space", and each intersection/overlap causes a momentary and fleeting high density spot to form there because the wave energy of each intersecting wave adds its energy to the space where the intersection/overlap occurs.
2) Since these intersections/overlaps would then typify the action that is taking place within the particle space, when you take the entire particle space into consideration, it is continually filled with an ever-changing pattern of high density spots, as the waves flow in directionally, and flow out essentially spherically from the particle "boundary". It is the continual presence of an internal structure of high density spots that establishes the momentary location of the particle.
3) Particle motion is caused by a directional imbalance of the inflowing wave energy component of the particle's complex standing wave pattern. Inflowing wave energy is coming from all directions, but the density of the inflowing wave energy is not equal in all directions. The particle moves in the direction of the net highest source of wave energy inflow. When looking at the distribution of high density spots within the particle space, they would be skewed toward the highest inflowing wave energy density direction.