|
|
Chaptter 4--Lookiing att tthe Hiigh1 L- t/ E" G; f5 _
Although both of these crossings of Jupiter by Mars occurred at
; ~9 r- _ G, A1 w3 m2 m. T& p; k' Ethe exact price of beans, neither one of these crossings was at the5 y3 S0 ^$ _5 P! E" _) M
real high of this  period. Remember we started this 267-week; l' A0 K( P1 B+ Y
study as presented in Gann's discussion of the Square of 144 on Jan.
7 V3 k8 v' C) Q& K- w& l. x7 L15, 1948 when the high was $4.36.
D6 J% B' ], v+ w. I- ]3 xDid you look at the planetary positions on Jan. 15, 1948 that I- G( O3 h" g' S* {
listed in chapter 3 and find something interesting?
( P) V& F! [3 ~/ m* l9 l( h) P. PIf you did not, try comparing the number of Mars with the other
$ @5 b; K2 I1 } oplanets. Now what did you find? Correct. You found Mars and Pluto at
( U J+ P5 r2 m& Q, G5 ^conjunction (at the same degree) at:
7 S$ J: p) O" r8 `133
) S7 X( b$ _* a* {& vThat's an interesting number because of its relationship to a
( O, f: ]! _5 a+ ?" Enumber in "The Tunnel Thru the Air," Gann's novel, and its
3 l0 g0 Q/ G8 w$ }0 nrelationship to the Great Cycle. But that's another work for another
7 l) p6 I0 `6 ?" R4 ^6 Z$ S and there is no need to go down that path now.
* u" H$ a D, M9 d( }It is also interesting because of its position on the Square of
5 x' q! T' P7 s# r$ ^- e2 dNine chart in relationship to a triangle of the Teleois and their
! d2 k( |$ ]: `0 X; Q& D, vrelationship to a paragraph in Gann's planetary discussion of# y2 V9 Q- b% H2 K; O& u9 e" r
resistance lines on soybeans in his "private papers."
+ B" H; ~" j x1 w& u$ NBut that again is for another work and that path would take us1 g# U, ^& j! y- B! d% X
down lots of roads with many forks and the work we have at hand is
/ Y. G2 j6 {2 Zenough to fill this book.* x* Y7 _# Z& u- X
Chaptter 5--Subttracttiing 360 Degreess1 s" n# u- C5 V; y& }' @: Q
Just like in a single digit numbering system (another path we/ q8 z' }' p3 q% e+ r
will explore later) where "you cannot go beyond 9 without starting
! U! l1 S( c/ e2 [4 e8 l& \over" Gann noted that you cannot go more than 360 degrees in a circle9 r3 j- v$ u( n' L
without starting over.
: ^- C+ w3 o, V% e, U- l(We will discover why later in our study of "Natural Squares.")
7 C9 V$ Z* s7 P, ?He illustrates this in his discussion of the price and time chart of
, B$ |! H! o m+ N0 n# ~- |0 to 360 degrees on page 153 of the course.8 A$ L/ J7 ]9 L3 e
Actually the high on beans was $4.36 3/4, but Gann often rounded/ p( d$ r* u! ]/ N/ U3 ~6 K
off numbers for convenience sake. So, subtracting 360 from 436 I got8 D1 ]/ Z8 K+ }$ i' ]0 c
76. As I said in the preface, I ran thousands of numbers through my+ k+ D- S( t4 W. Y9 c8 e
calculator looking for PATTERNS. Here, I went one better than Gann.
6 t# }0 O% G {Instead of subtracting 360 from 436, I subtracted 76 from 436 and got
% \" K' g# o% O+ b6 ?) t360 and kept subtracting 76 until I could not subtract any more in( e8 n3 `9 T6 g
this manner:% ]6 [" r% }# t& E5 h% p. g. v
436-76=3604 T3 i! T, f; t6 s" H4 E6 U; Z
360-76=284 |
|
|小黑屋|手机版|Archiver|【阳光飞狐】
( 网站ICP编号：京ICP备06013475号-7 )
发表于 2008-7-17 15:10:12
收藏
分享
发表于 2008-7-17 15:22:11
楼主
发表于 2008-7-17 16:58:54
( Q `8 o4 \3 U+ D