The Tao of the I-Ching - A Mathematical-Spiritual Revelation Lost for Over Three Millennia by EA Harper (2003).pdf

(383 KB) Pobierz
COVER PAGE
The Tao of the I Ching
A Mathematical - Spiritual Revelation
Lost for Over Three Millennia
Copyright ¨ E A Harper 2003
E. A. Harper
956129261.120.png 956129261.131.png 956129261.142.png 956129261.153.png 956129261.001.png 956129261.012.png 956129261.023.png 956129261.034.png 956129261.045.png 956129261.056.png 956129261.067.png 956129261.077.png 956129261.078.png
Copy right
All right reserved.
No part of the electronic paper may be reproduced or utilized in any
form or any means,electronic or mechanical without the permission
in writing from the author.
Published
Published in New Zealand by the author.
8 Bateleur Close
Welcome Bay
Tauranga
New Zealand
tedharper@xtra.co.nz
The Tao of the I Ching
The Tao of the I Ching - Introduction
ÐIt cannot remain in the dark forever that we are touched here on an Archimedean principle, with the help of which our
occidental thinking could be unhingedÑ.
CG Jung
INTRODUCTION
Although the true origins of the I Ching are lost in the mists of time the widely accepted legend is that the eight tri-grams line
patterns of the I Ching was observed as a pattern on the back of a tortoise as it came out of a river by the sage Fu Hsi around 3000
BC.
This paper provides significant new insights into the structure of the 8
tri-grams and the 64 hexagrams created from them by King Wen 2000
years later . These insights are gained through a realization that the
trigrams of the I Ching are not only a symbolic representations of the
binary system but also the Base 8 (octal) system. These new insights
will contribute to a major paradigm shift in Western mathematical
thinking, a deeper appreciation for the ancient wisdom of the Chinese
and also provide an aid for deeper understanding of oracle readings.
EAST MEETS WEST
Leibniz, the mathematician who shared with Newton the credit for the
creation of calculus, was sent a copy of the I Ching from China by the
Jesuit priest Bouvet in 1689. This copy included a list of the hexagrams
(see next page) and Fu Hsi tri-gram diagram.
Fu Hsi Trigrams Pattern
Even though the hexagrams were not in numerical order Leibniz recognized these as binary representations and the hexagrams as the
first 64 integers from 0 to 63. He was amazed to find in so ancient a source the very idea he was working on i.e. that 0 and 1 ( yin
and yang) can in principle build all numerical systems. In 1703 he published his first paper on binary integers in which he
acknowledged their oriental origin.
3
956129261.079.png 956129261.080.png 956129261.081.png 956129261.082.png 956129261.083.png 956129261.084.png 956129261.085.png 956129261.086.png 956129261.087.png 956129261.088.png 956129261.089.png 956129261.090.png 956129261.091.png 956129261.092.png 956129261.093.png 956129261.094.png 956129261.095.png 956129261.096.png 956129261.097.png
LIST OF HEXAGRAMS IN
THE TRADITIONAL HEXAGRAM ORDER
4
956129261.098.png 956129261.099.png 956129261.100.png 956129261.101.png 956129261.102.png 956129261.103.png 956129261.104.png 956129261.105.png 956129261.106.png 956129261.107.png 956129261.108.png 956129261.109.png 956129261.110.png 956129261.111.png 956129261.112.png 956129261.113.png 956129261.114.png 956129261.115.png 956129261.116.png 956129261.117.png 956129261.118.png 956129261.119.png 956129261.121.png 956129261.122.png 956129261.123.png 956129261.124.png 956129261.125.png 956129261.126.png 956129261.127.png 956129261.128.png 956129261.129.png 956129261.130.png 956129261.132.png 956129261.133.png 956129261.134.png 956129261.135.png 956129261.136.png 956129261.137.png 956129261.138.png 956129261.139.png 956129261.140.png 956129261.141.png 956129261.143.png 956129261.144.png 956129261.145.png 956129261.146.png 956129261.147.png 956129261.148.png 956129261.149.png 956129261.150.png 956129261.151.png 956129261.152.png 956129261.154.png 956129261.155.png 956129261.156.png 956129261.157.png 956129261.158.png 956129261.159.png 956129261.160.png 956129261.161.png 956129261.162.png 956129261.163.png 956129261.002.png 956129261.003.png 956129261.004.png 956129261.005.png 956129261.006.png 956129261.007.png 956129261.008.png 956129261.009.png 956129261.010.png 956129261.011.png 956129261.013.png 956129261.014.png 956129261.015.png 956129261.016.png 956129261.017.png 956129261.018.png 956129261.019.png 956129261.020.png 956129261.021.png 956129261.022.png 956129261.024.png 956129261.025.png 956129261.026.png 956129261.027.png 956129261.028.png 956129261.029.png 956129261.030.png 956129261.031.png 956129261.032.png 956129261.033.png 956129261.035.png 956129261.036.png 956129261.037.png 956129261.038.png 956129261.039.png 956129261.040.png 956129261.041.png 956129261.042.png 956129261.043.png 956129261.044.png 956129261.046.png 956129261.047.png 956129261.048.png 956129261.049.png 956129261.050.png 956129261.051.png 956129261.052.png 956129261.053.png 956129261.054.png 956129261.055.png 956129261.057.png 956129261.058.png 956129261.059.png 956129261.060.png 956129261.061.png 956129261.062.png 956129261.063.png 956129261.064.png 956129261.065.png 956129261.066.png 956129261.068.png 956129261.069.png 956129261.070.png 956129261.071.png 956129261.072.png 956129261.073.png
BINARY NUMBERS
Binary numbers only consist of zero and one. As will be shown on the following pages, all the numbers in the decimal system
(the number system we use on a daily basis), can be renamed in binary. The binary sequence is reflected in the symbols of the yin
and yang, the broken line representing zero and the unbroken line representing one.
Yang
Yin
0
1
BASE 8 SYSTEM
Base 8 (octal) system only go up to 7 and doesnÓt use the numerals 8 and 9. In the same way as binary, all the decimal numbers
can be renamed using the numbers 0 to 7. The inherent nature of the tri-grams and hexagrams is binary (or on and off) and octal.
The octal sequence of the tri-grams representing is shown below. A new set of trigrams is required to continue the count beyond
7 is shown on page 9.
5
956129261.074.png 956129261.075.png 956129261.076.png
Zgłoś jeśli naruszono regulamin