Charles Chandler wrote:On page #3 of the referenced paper, he shows a diagram of random electron motions. Yes, those might be moving at 105 m/s. But that doesn't mean that the net drift velocity is that. The net drift velocity is 0 from Brownian motion.
Scott just doesn't just show a diagram, he explains it with text. Why didn't you mention that? Let's look at the text, shall we - and pay heed to my bold emphasis?
Plasmas have what is called the “plasma frequency”. Even after an electron is freed om an atom (producing an ionized on/electron pair) that electron tends to oscillate around the +ion at a certain frequency. The electron is free to drift away from the ionic center, but often continues to dance around it until it jumps over to the vicinity of another ion. Visualize a set of 20,000 (ionized) ion/electron pairs in a plasma where only one of them at a time jumps (drifts) to a neighboring ion. The vast sea of dancing (in Brownian motion) electrons easily camouflages the drift motion of one out of 20,000 electrons. That is why the criticism of the Juergens ES model that says, “We only see equal numbers of ions and electrons moving in the solar wind.” Is not a valid one.
You see the word games CC is playing here? No? Let me explain. Scott explains that the drift motion is one out of every 20,000 electrons. OK. Let's go back to Velikovsky. Suppose that the atom is a kind of solar system, or some kind of Mandelbrot set with repeating forms executing through spin, and occasionally, an electron jumps due to either absorbing or releasing energy. Now suppose that the electron represents a planet. It's the same system, accept there is no particle, because everything manifests through spin, it's a wave, i.e., a verb, instead of a noun. Everything is in motion, and one must measure that in intervals, although not predicated to prediction. However, as Velikovsky noted, you won't read in a daily newspaper that a planet suddenly absorbed or released energy to such an extent as to drop/jump orbit to conflict with another planet of the solar system at whole, because the measurement of a 75-life-year span will not live to witness this jump of a planet. You would have to measure the solar energy over 1,000 to 3000 years. I'll explain more of this later.
For the purpose of this post, CC states the
"net" drift. Scott didn't state "net." Scott stated 'drift motion." "OK. What is the interval of the "net?" How far does it encompass? What is the space in between? What is the time lapse? It's a net. A net sum. What does that mean? CC would have to measure his model after 1,000 - 3,000 years. He can't simply compartmentalize it. This is why CC must insist upon a electrostatic process. What is the definition of static?
The process appears static, only for our lust for a unified theory. It give us comfort that knowledge can save us materialistically. Regardless, there is a reset button, and the solar system did not go to sleep tonight as it did ages ago, as witnessed in the sky through the writings of the ancient. If you don't see the true vision of the EU model that combines Scott, Thornhill, and Talbot, what you are expressing is but brief glimpses in time, a composite at best, and at worst, a lie.
An object is cut off from its name, habits, associations. Detached, it becomes only the thing, in and of itself. When this disintegration into pure existence is at last achieved, the object is free to become endlessly anything. ~ Jim Morrison