The upcoming two annular eclipses target the midsummer solstice in 2017,
closing the past
At the first glance, the formation seems rather enigmatic, but it is a
baffling example of how a formation connects the past with the very near
future. We find the connection with the cosmos again and again and this
formation is no exception to this principle. First, it is important to
realize that the formation arose at new moon. The main reason is that
the formation turns out to refer to the two upcoming annular eclipses on
September 1, this year and February 26, 2017. The triangles of the
formation precisely reflect the cosmology of both annular eclipses. On
February 26, 2017, we even find a double triangle (note: sidereal, not
tropical zodiac):
The relationship with the introduction of the Gregorian calendar and
midsummer 2017
After counting the number of triangles, we find the deeper meaning:
- 177 closed triangles (standing crop segments)
- 23 open triangles (flattened crop segments)
- 200 triangles in total
There are quite some indications that the triangles relate to days
amongst others. The number of 177 triangles is the equivalent of 6 lunar
months, because this corresponds with 6 × 29.5306 days is 177.184 = 177
days on average. The time span between both annular eclipses in 2016 and
2017 is also 6 lunar months (albeit in this case 178 days). Furthermore,
the smallest number that is divisible by 200 days (total number of
triangles) as well as 6 lunar months is 132 × 200 days = 6 × 149 lunar
months. This means that 3 × 132 × 200 days = 18 × 149 lunar months = 11
Katuns (a Katun = 20 Tun = 20 × 360 days).
It turns out that in case that we count the double amount (22 Katuns)
back from the upcoming annular eclipse on September 1, 2016, this refers
to the new moon on Christmas day 1582 (deviation one day only), which
was also going hand in hand with an annular eclipse (thus on December
25). However, most important is the fact that this solar eclipse was the
first eclipse after the introduction of the Gregorian calendar on
October 15, 1582, which was a reform of the Julian calendar!
In the same way, the annular eclipse of February 26, 2017 relates to the
total eclipse that occurred on June 19, 1583: the time span between both
events is also 22 Katun (difference 3 days). Both solar eclipses were
also characterized by the triangle of the formation (an opposition, in
square to another celestial body).
Important is also the number of 23 open triangles in connection with the
“Mayan or Aztec week” of 9 days, because 23 × 9 = 207 days = 7 lunar
months and this refers to the exact time span from the formation
creation date (August 3) until the annular eclipse on February 26, 2017.
However, there are also quite some formations (especially this year)
that refer to the period of June 14 to 21 (midsummer solstice) in 2017.
In this respect, it is a remarkable fact that the time span from the
formations creation day until the midsummer solstice of June 21, 2017 is
23 times 2 weeks (322 days): thus, it also relates to the 23 open
triangles of the formation. This opens the question if the formation
reveals a connection between the introduction of the Gregorian calendar
on October 15, 1582 and this midsummer solstice. This turns out to be
the case in quit a stunning way, because the time span between both
dates only differs 4 days from 3 × 23 × 177 trecenas (a trecena = 13
days), which is absolutely perfect in line with the numbers (triangles)
of the formation!! It corresponds with the time span from October 11
(October 1 in the Julian calendar), 1582 until June 21, 2017.
Moreover, it is hard to believe that it is coincidence that at a closer
look it turns out that the relative positions of the sun, the
moon, Venus, Mercury, Jupiter, Neptune and the lunar nodes over the
period from October 15 to 23, 1582 are all almost exactly the same as
the relative positions of the same celestial bodies during the
time span from June 14 to 21, 2017! This time span is also related to
the tun (= 360 days), because it corresponds with precise 21 × 21 tun
and as 21 tun (21 × 360 days) almost precisely correspond with 20
synodic cycles of Saturn, the dates are also linked by Saturn in an
indirect way (there is some drift).
The introduction of the Gregorian calendar was preceded by an annular
eclipse with Jupiter at the north node and Neptune at the south node,
about 10 lunar months earlier, namely on Christmas day, 1581 according
to the Julian calendar. The same is true regarding midsummer 2017: the
annular eclipse on September 1, 2016, 10 lunar months earlier, is also
characterized by a conjunction of Neptune at the south node and Jupiter
at the north node. Note that there were two solar eclipses on Christmas
day 1581 and 1582, because the year 1582 comprised of 355 days (precise
12 lunar months) only: October 4 (Julian date) was followed by October
15 (Gregorian date). In short: the events in 1581 to 1583 closely relate
to those in 2016 and 2017.
The Chilcomb range
Although I’m not very pope-minded, so to say, it is clear that the
introduction of the Gregorian calendar by pope Gregory XIII in 1582 was
much more than just a correction on the Julian calendar. A target that
was set in the divine order certainly inspired it. The location at the
Chilcomb shooting range symbolically refers to the target of the
abovementioned cosmological events in the years 1581 to 1583 and the
final target is midsummer 2017 in connection with the upcoming annular
eclipses. The remarkable close cosmological relationships hit the target
in 2017, set around 1582. This is the end of an age.
Related formations
For related formations in 2016 and additional information, see for
example:
Chilcomb Down (Hampshire, June 21): Reconnecting to the stars on June
15, 2017
Fulley Wood (Hampshire, June 24):
Connecting to the galactic centre in two steps (in June 2017)
Ranscomb Bottom (Wiltshire, July 23):
Connecting the start of the Gregorian Calendar with the upcoming annular
eclipses
Marc Smulders |