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A Beginner's View of Our Electric Universe - New

A Beginner's View of Our Electric Universe - New

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As mentioned previously, comet Holmes’ core (its rocky nucleus) was estimated only to be 3.4 kilometres<br />

in size. (The white dot you see in the middle <strong>of</strong> this picture is the star Mirfak shining through and not comet<br />

Holmes’ nucleus.) Think about the numbers involved here, and I will say it again, what utter nonsense for<br />

NASA and astro-scientists to persist in attributing observations such as this to dust and gas being thrown <strong>of</strong>f the<br />

surface <strong>of</strong> a tiny fragment <strong>of</strong> ice – really!<br />

To divert for a moment. Comets have always brought wonder, amazement and sometimes fear, especially for<br />

people in ancient times who only had limited experience to draw on when they interpreted them as harbingers <strong>of</strong><br />

dreadful events when they traversed the heavens. This situation appears in sharp contrast with what we are able<br />

to say about comets today due to all the fine equipment we have available. It is unfortunate, however, that astroscience<br />

has produced a blinkered and confused description <strong>of</strong> comets from the vast resources it has, and this<br />

leads me to consider in a new light the simple and honest motivation <strong>of</strong> people in ancient times who told stories<br />

<strong>of</strong> comet visitations. Perhaps some <strong>of</strong> those stories involving comets that described battles in the skies between<br />

their gods and heroes and great destruction being wrought on Earth were their only way <strong>of</strong> relating what they<br />

thought was really going on. The ancient view <strong>of</strong> comets is a fascinating and revealing area to look into.<br />

There are times when we jump to a conclusion against our better judgement and without restraint let everyone<br />

know what our thoughts are, then immediately regret we did. For whatever reason, some <strong>of</strong> us then stick to the<br />

original line in the naïve hope that the storm can be ridden out, unscathed, and that our bad judgement will not<br />

be exposed. Well, I liken this to the situation where we have the terminally-tunnel-visioned-tenacity <strong>of</strong> astroscientists<br />

who hold on to the dirty snowball theory <strong>of</strong> comets. Any good evidence that strongly supports their<br />

model is absent, totally. In the past, the only evidence they put forward worth listening to is that the ‘chemical<br />

signature’ <strong>of</strong> water (H 2 O) has been found in comet tails. There is now other strong evidence that this discovery<br />

has been a mistake in their interpretation <strong>of</strong> what is being found. To determine this they use a process that<br />

examines the properties <strong>of</strong> light that comes from comet tails. This is where they seem to have mistakenly<br />

interpreted the detection <strong>of</strong> OH [6-45] as being the H 2 O they were actually hoping to find. (OH is one oxygen atom<br />

plus one hydrogen atom - this is not water; it is a negatively charged molecule known as a hydroxyl radical<br />

that has an extra electron.) The process used to facilitate this interpretation ignores completely, any possibility<br />

<strong>of</strong> electrical forces being involved. This is especially frustrating as it is known that OH can be produced in the<br />

laboratory through experiments that mimic the positive solar wind’s interaction with a rocky comet’s negatively<br />

charged surface material. There, negative oxygen ions are produced and expelled by the electrical action that<br />

takes place on the comet’s surface; these ions then combine with in-coming positive protons (hydrogen nuclei)<br />

from the solar wind to produce OH. Despite strong evidence that their analysis is wrong, they still seem to<br />

prefer the interpretation <strong>of</strong> OH as H 2 O! I admit to taking everything on faith here, because I have no personal<br />

qualifications in chemistry. However, I do take seriously the detailed observations and analyses <strong>of</strong> notable<br />

scientists in their assessment <strong>of</strong> this and other bloomers that have been and are still being made.<br />

12 | The <strong>Electric</strong> <strong>Universe</strong> answers I see

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