Page 167 - Coincidences in the Bible and in Biblical Hebrew

COINCIDENCES IN THE BIBLE AND IN BIBLICAL HEBREW
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146 COINCIDENCES IN THE BIBLE AND IN BIBLICAL HEBREW
Comments
The meaning of ayin in Hebrew is also “color.” As we detail in the chapter dedi-
cated to colors (chapter 12), the human eye has three receptors for colors, which
perceive red, green and blue (RGB ), one color each. By mixing these colors in
various intensities, the human eye produces all other colors. Correspondingly, all
man-made devices that are intended to produce visible colors (like printers or color
screens) do it by mixing these three primary colors (refer for details to Wikipedia ,
the free encyclopedia, at http://en.wikipedia.org/wiki/Colour_vision).
Assuming that the three letters comprising ayin, the Hebrew “eye,” represent
the three primary colors for which receptors exist in the human eye, linear regres-

sion analysis was applied. In this analysis, the RGB wave frequencies served as

response values (midvalue frequencies, as given in Table 12.3 for each of the RGB
colors, were used). The numerical values of the letters comprising ayin, sorted in
an ascending order (like RGB), served as the regressor (the color numerical value,
CNV, is employed as the independent variable).
A correlation of 0.9962 is obtained, with F-ratio value of 130.57. For n = 3,

the significance value obtained is bordering the limit value, set for all analyses in

this book (p = 0.05557, while the upper bound set for p values of all analyses is
0.050).

This close-to-significance result implies that the word ayin—commonly used
in Hebrew to mean “eye” but bizarrely means also “color”—conveys information
about wave frequencies of colors that dedicated receptors in the human eye were
designed to receive and detect!

Figure 10.1 displays a scatter plot, along with the fitted regression line.
Observations are identifiable by the CNV value atop each observation.

Interestingly, the three human receptors for the red, green, and blue colors attain
their peak sensitivity at 517.2, 551.5, and 681.8 THz (refer to the previously cited

Web site), and not at midvalues of the ranges that define each of the RGB colors.
When regression analysis is applied to these peak-sensitivity values, the good sta-

tistical fit, attained with the true RGB midvalues, is lost and highly statistically

nonsignificant results are obtained.

10.3.4 Human Blood
Human blood comprises four blood groups : A, B, AB, and O (null). That different
groups of human blood existed was unknown in ancient times. It had been dis-

covered by Karl Landsteiner (1868–1943), who received in 1930 the Nobel Prize
in physiology or medicine “for the discovery of human blood groups.”