David Icke - Turquoise.pdf

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IN 1991 DAVID ICKE WAS RIDICULED THROUGHOUT THE UK FOR WEARING TURQUOISE AND STRESSING ITS IMPORTANCE IN THE NATIONAL MEDIA
IN 1991 DAVID ICKE WAS RIDICULED THROUGHOUT THE
UK FOR WEARING TURQUOISE AND STRESSING ITS
IMPORTANCE IN THE NATIONAL MEDIA. THEY SAID HE WAS
A LUNATIC.
NOW A SCIENTIST HAS REVEALED THAT TURQUOISE IS THE
BASE COLOUR OF THE UNIVERSE.
The
Daily
Telegraph
(Britain)
Friday,
January
11,
2002
"THE COLOUR OF THE UNIVERSE IS PALE TURQUOISE"
By
David
Derbyshire
Science
Correspondent
SPACE is not black, but an elegant shade of pale green, a team of
astronomers announced last night. After studying the light emitted by
200,000 galaxies, they concluded that the average colour of the universe is
between
turquoise
and
aquamarine.
The discovery that the universe has a colour, and that it would not look
amiss on a bathroom wall, will come as no surprise to New Age followers
such as David Icke, who wore turquoise because he considered it was the
most
natural
colour.
Karl Glazebrook, of Johns Hopkins University in Baltimore, announced the
colour to startled colleagues at the American Astronomical Society in
Washington yesterday. "It is quite close to the standard shade of pale
turquoise, although it's a few per cent greener," he said.
For those wanting to replicate the colour of the universe at home, it lies
somewhere between Mexican mint, jade cluster and shangri-la silk in the
Delux range. In the Crown Paint green collection, it appears to be a cross
between
soft
khaki
and
cool
aqua.
Although the finding could have implications for interior designers and
artists, the discovery was part of a serious attempt to test theories about
how
stars
and
galaxies
form.
242938439.001.png
The team used data from more than 200,000 galaxies collected by the
Australian Galaxy Redshift Survey. Using the visible portion of the
spectrum, Dr. Glazebrook and his colleague Ivan Baldry produced a chart
they
the
"cosmic
spectrum".
This allowed them to work out the total amount of light emitted by the
universe for any given wavelength, or colour. The information was used to
check four different models of star formation. But it also allowed them to
work out the "average" colour of everything as seen by the human eye.
"We believe that the survey is large enough, reaching out several billion
light years, to make this a truly representative sample," said Dr. Baldry,
who
the
research
as
"a
bit
of
fun".
They believe that the universe probably started with a "blue period", when
young blue stars dominated. It is now in a "green period" and will eventually
enter a "red period" when the older, redder stars will dominate.
called
described

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