Interesting additions to that Wiki. Unfortunately, unwelcome thinking like yours, and to a lesser degree these days, like mine, brings out the negative hyper intuitiveness of people who get chummy with each and then start sharing their disdain in what I find to be an obnoxious display off topic banter.
You make some valid points, provide links, and when someone fails to make valid counterpoints, but instead unleashes their disdain, I don't blame you for reposting the links and ideas that they failed to dispel.
There are forums for people who insist on discussions that contain no alternative ideas, or speculation. This forum, at least in its current posture, allows that, and my suggestion to those who insist on hard science and no discussion of speculative ideas, go where they and their children will be safe from people who think like you and me.
In the mean time, the concept of an aether or a medium of space is great discussion topic in a science forum. People want to make it out as absurd, but it does fit into place where some of the generally accepted science thinking falls short. Quantum gravity for example is a popular topic, as are gravity waves and their means of transmission.
Here is a small portion of the following link with some comments that might help bring the discussion back on topic:
Scienceblogs
Chad Orzel Blog said:
1) Particles are waves, and vice versa. Quantum physics tells us that every object in the universe has both particle-like and wave-like properties. It’s not that everything is really waves, and just sometimes looks like particles, or that everything is made of particles that sometimes fool us into thinking they’re waves. Every object in the universe is a new kind of object– call it a “quantum particle” that has some characteristics of both particles and waves, but isn’t really either.
Or is really both. And it makes sense to me that the composition of particles would be both wave and particle like if they exert and respond to gravity. The wave nature could represent the gravity waves that they emit and "feel", and the particle nature could be what the wave-particle resolves to when observed directly.
Quantum particles behave like particles, in that they are discrete and (in principle) countable. Matter and energy come in discrete chunks, and whether you’re trying to locate an atom or detect a photon of light, you will find it in one place, and one place only.
Or you will find it in one place but you will not be able to see the wave associated with it directly, only in the interference pattern that appears in various experiments. But even if you observe only the particle state, maybe the wave state goes on unobserved.
Quantum particles also behave like waves, in that they show effects like diffraction and interference. If you send a beam of electrons or a beam of photons through a narrow slit, they will spread out on the far side. If you send the beam at two closely spaced slits, they will produce a pattern of alternating bright and dark spots on the far side of the slits, as if they were water waves passing through both slits at once and interfering on the other side. This is true even though each individual particle is detected at a single location, as a particle.
That is certainly observable, and an apparatus can be rigged at home (I do it) that will demonstrate the pattern you get with two slits and with one slit. Interference is easy to see and understand as the wave associated with the particle, and that wave goes through both slits to produce it. The particle is always detected to have gone through one or the other slit.
2) Quantum states are discrete. The “quantum” in quantum physics refers to the fact that everything in quantum physics comes in discrete amounts. A beam of light can only contain integer numbers of photons– 1, 2, 3, 137, but never 1.5 or 22.7. An electron in an atom can only have certain discrete energy values– -13.6 electron volts, or -3.4 electron volts in hydrogen, but never -7.5 electron volts. No matter what you do, you will only ever detect a quantum system in one of these special allowed states.
True to the extent that quantum physics takes it. The possibility of continuous wave action in the medium of space though, would add a continuous background within which the discrete quantum nature of particles and light emerges. Along with the view that there is a foundational medium and continuous wave action is the concept that gravity waves are continuous waves emanating from a particle and being received by a particle. The particle though is particular, and can only add or remove energy in quantum increments.
The article and my comments go on, but this is enough to give people an opportunity to discuss science topics instead of just their mutual disdain
.