2010 

Baktun #9, 5th Sun. Dates from +435.87 to +830.14

Chronological view: cumulative distribution function of crop circles for the year 2010.

This graph shows the evolution of the cumulative number of crop circles (y axis) for the year 2010 (x axis). Each dot corresponds to the emergence of a new crop circle at date x.
What you can see in red, (particularly since 2004), it's a "S" curve which is an integral distribution of a gaussian function. The main parameters of this curve are the median point μ and the standard deviation σ. The median point is the median day for a season. The standard deviation expresses how much this curve is flat around its median day. Typically, a smaller standard deviation means a steeper "S" curve.
Even if they seem to rely on the "good will" of crop-circles makers, these parameters depend mostly on the wheat production and ultimately ... on the weather !

Notice that merging the crop circles issued from the southern hemisphere with those of the nothern hemisphere, sometimes, conduct to a distorsion of the curve at its extremities (this effect is clearly noticeable in 2008).
This tool can help us to predict the evolution of the number of crop circles each year and ... even the global crop production!
As shown hereafter, there is also a connexion with the mayan calendar (see time arrow below) and the generation of symbols according to the parameters of this distribution function.

Cumulative number of crop circles c(x) :
Cumulative distribution function f(x) :
Parameters for the year   :2010
Number of crop circles referenced c :111
Normalized number of cropsn :113
Median day for the seasonμ :July 7, 2010 05:06:00
Standard deviation (in days)σ :36.731152
Year 2010
Baktun #9, 5th Sun
+435.87
+435.87
+435.96
+437.47
+449.13
+499.78
+606.53
+731.62
+804.75
+826.3
+829.85
+830.13
+830.14



Historical symbols (<< 2010 >>) and their correspondance in the "calendar of 13 baktuns"

Date
Symbol
Date f(x)
Comments
Picture
2010-05-22 Euler identity+476.94Recognized as e^(iπ) +1=0 but with errors
2010-06-13 Bhudism atomism+536.37e=mc² in a lotus flower. Buddhist atomism Emergence of the conception of matter as energy in buddhist atomism, a philosophy that flourished on the Indian subcontinent in the 7th century. Major indian Buddhist atomist philosophers were Dharmakirti (±600 - ?) and Dinnaga (480 - 540 CE), considered atoms to be point-sized, durationless, and made of energy.
2010-06-21 Golden Number (Phi)+565.77
2010-07-30 Shroud of Turin+724.68First negative print of Jesus' face. And ... negative timeline. The two images show differences as if there were two Shroud of Turin: an original and a forgery
2010-07-30 Shroud of Turin+724.68Second negative print of Jesus' face. And ... negative timeline. The two images show differences as if there were two Shroud of Turin: an original and a forgery
2010-08-16 Zoroaster+775.2