I am Zagari, I am Italian, and from the early 2010 to the end of 2012 I was one of the leading people who participated in posting updates on Evasius's
notable thread " Timewave Zero Countdown to Transition " ( www.abovetopsecret.com/forum/thread473466/pg1 ).
Now, we all know that Terence Mckenna chose the wrong date for his proposal of the Omega Point, Eschaton, or better known as timewave zero date. That,
anyway, does not mean that the theory in itself, the part about historical resonances, time cycles, is wrong. In fact, the timewave software developer
Peter Meyer updated the official timewave zero website on January 30 2013 with a proposal in three parts, three different proposals, or reasons, to
consider an alternate and future zero date.
( see this link for explanation of the basics of the theory, if timewave zero is unknown to you )
This is what Peter Meyer says:
Despite the common assumption to the contrary, the theory of Timewave Zero does not imply any particular date as the zero date, and in particular it
does not imply that 2012-12-21 is the zero date. Any other date is theoretically possible.
The way in which the timewave is constructed from the King Wen Sequence of I Ching hexagrams implies that certain periods have particular
significance, namely periods of one day (corresponding to one line in a hexagram), six days (since a hexagram has 6 lines), and 6*64 = 384 days (since
the I Ching has 64 hexagrams). And therafter all periods of consisting of 384 multiplied by a power of 64, as in 384*64 = 24,576 days (about 67
years), 384*64*64 = 1,572,864 days (about 4,306 years), and so on. These periods could be called "cycles".
Terence McKenna assumed that any point on the timewave which preceded the zero point by a number of days in any of these periods, that is, any point
which is the start or end of a cycle, must be a point of great novelty (compared to other points in the timewave); and thus that, when a
correspondence between the timewave and historical time is made (by fixing the zero date), points in time corresponding to these points in the
timewave will show great novelty. In particular, the point 24,576 days prior to the zero point would be a time of great novelty.
McKenna then assumed that, because of the observed increase of novely throughout human history, and in particular, from the early 20th Century up the
the 1980s, that novelty was accelerating so much that the zero point could not be far off, and that it would be sometime early in the 21st Century. He
thus looked for an event in the mid-20th C. which was so extremely novel that it could be associated with the cycle which began 24,576 days prior to
the zero point. From the date of this event the zero date could be estimated by adding 24,576 days.
The event which seemed to McKenna the most novel event of the mid-20th C. was the use of an atomic bomb to incinerate Hiroshima, which occurred on
August 6, 1945. Adding 24,576 days to this gives the date November 18, 2012. Influenced by the fact that the then-current 13-baktun cycle of the Maya
Calendar ended in December 2012 (according to the most commonly accepted value for the correlation number, by which the Maya long count is connected
to the Western calendars) McKenna adopted 2012-12-22 as the zero date, and around 1991 settled on 2012-12-21.
This reasoning made four assumptions:
The beginning and end of any cycle corresponds to a time of great novelty.
The zero date is likely a date in the early 21st C.
The atomic bombing of Hiroshima is the event of greatest novelty in the mid-20th C.
Despite the zero date that this reasoning leads to, the "end date" of the Maya Calendar is a more likely zero date for the timewave.
None of these assumptions is well-justified.
Several other events during 1935-1965 are candidates for events of great novely, especially the assassination of John F. Kennedy on 1963-11-22, so #3
is dubious. As for #1, not only is it also dubious, it seems refuted by the timewave itself, because with any zero date, the date 24,576 days before
that does not show up as a peak or as a major descent in the timewave (using the Kelley number set, the only number set in existence in the mid-1980s)
but on the contrary shows up as the start of an ascent into habit.
The answer is that, yes, there are several possibilities for a revised zero date.
The Kelley timewave shows a major descent of the timewave beginning, not 24,576 days prior to the zero date but rather 16,384 days prior. (Note that
16,384 = 2^14.) This is true for any choice of zero date, for example, a zero date of 2018-08-26.
So we could look for an extremely novel event sometime during 1969-1979 and then add 16,384 days to that date to get a zero date sometime in
2014-2024. In fact the date of 1973-10-17 (the target date in the graph above) is such a date.
because on that date:
Arab members of the Organization of Petroleum Exporting Countries (OPEC), in the midst of the Yom Kippur War, announced that they would no longer ship
petroleum to nations that had supported Israel in its conflict with Egypt — that is, to the United States and its allies in Western Europe. — 1973
And this "oil shock" had major economic repercussions
Adding 16,384 days to 1973-10-17 gives a zero date of 2018-08-26.
In The Mathematics of Timewave Zero it is shown that for any point on the timewave which is x days prior to the zero date, for which the value of the
timewave is v, the value of the timewave at the point 64*x days prior to the zero date is 64*v. Since this is true also of the points in the vicinity
of x, the shape of the timewave at the second point is the same as the shape at the first point. The ups and downs of the timewave represent
novelty/habit, so the novelty/habit of the two points (and adjacent regions) is the same (just at a different scale). Two such points or regions of
the graph are said to be in resonance, and they are major (a.k.a. geometric) resonances of each other, or more exactly first major resonances. (If
related via 64*64 instead of simply 64 then they are second major resonances or each other.)
Suppose the units of time on the horizontal axis of the graph are days, and that each day is numbered according to the system of Julian day numbers
(JDN), and suppose that the JDN of the zero point is z. Suppose that two events are located on the graph at JDNs d1 and d2 (with d1 < d2). Then the
first event is z-d1 days prior to the zero date and the second is z-d2 days prior. Suppose they are first major resonances of each other, then (z-d1)
= 64*(z-d2). This implies that z = ((64*d2)-d1)/63. Thus if we can find two events which are first major resonances of each other, then the JDNs of
those events will give us a zero date.
A plausible choice for a revised zero date could be based on the assumptions:
The peak at the start of a major descent of the timewave corresponds to an event of great novely (whose effects play out in the period following).
The zero date is likely a date in the early 21st C.
The attack on the World Trade Center and the Pentagon on 2001-09-11 is the event of greatest novelty in living memory.
#1 is a standard axiom of Timewave Zero theory. #2 might even be strengthened to assert that 9/11 was the event of greatest novelty in all of human
history. It left everyone gobsmacked and its consequences affected everyone on the planet.
There was never anything of this magnitude before (though Pearl Harbor was an inspiration to those who planned 9/11). September 11th was an event
novel enough to justify re-calibrating the timewave so as to give primary importance to 9/11 as the most novel event, if not in all of history, at
least the most novel in the last 20 years. And how might we do that? Simply by finding a zero date according to which September 11, 2001, is the peak
of a huge descent in the timewave.
The three points on the timewave which are the initial points of the three deepest descents of the timewave occur 1,536 days prior to the zero date,
3,136 days prior and 6,144 days prior. When we add these numbers of days to September 11, 2001, we obtain: 2005-11-25, 2010-04-13 and 2018-07-08
respectively. Since our revised zero date must be in the future, that leaves just one candidate: July 8, 2018.
Thus if assumptions #1 - #3 are held to be plausible then July 8, 2018, is a plausible candidate for a revised zero date, and (due to objections which
could be raised to the other candidates mentioned in this article) it is the most plausible. Thus this zero date is now built in to the online
timewave calculator on this site.
It remains to be shown that using this revised zero date there are correspondences between other major descents in the timewave and very novel events
and periods in history. One very clear correspondence occurs with the date 1973-10-17, the date of the "oil shock"
However, I disagree with his choice because according to my understanding, you can only predict a potential zero date at a short distance in time from
it, and it is a kind of a hazard to pinpoint a date in 2018 for the Eschaton.
Since February 2013, I focused on the second option that Meyer proposed for the research to revision this theory and I started looking for events
similar to each other in the present and in the past, using the formula ((64*d2)-d1)/63 to compare the julian numbers corresponding to historical
dates, where d2 is the present date and d1 is the past one.
I shown this to some Italian forums and in a blog which I co-author, that is civiltascomparse.wordpress.com...
and my proposed potential zero
date window of time comes potentially between March 23 and April 7 2015.
I do not exclude that it might come after that, since the less distance that comes between now and the eschaton, and more likely is possible to
pinpoint a window of time for that.
I found out data for 6 possible timelines for 6 possible zero dates, which are February 8, March 23, March 30, April 3, April 7, May 25, all in 2015,
with the most potential for the March zero dates.
I also consider, after Paris terror attack, a March 25-27 potential zero date.
These are the historical resonances that I consider still valid as of now:
February 10, 1258 and April 12, 2003 - Iraq Mongols and United States global superpowers- February 8, 2015
January 21, 1793 and August 24, 2011 - King Louis XVI and Ghaddafi - February 8, 2015
November 7, 1917 and November 20, 2013 - Russia and Ukraine - May 25, 2015
January 26, 1700 and June 23, 2010 - Natural disasters same area - May 25, 2015
May 18, 1936 and March 7, 2014 - Civil wars Spain and Ukraine - May 25, 2015
November 1, 1755 and March 11, 2011 - Lisbon Earthquake/tsunami and Fukushima - March 30, 2015
December 11, 1994 and December 5, 2014 - Chechnya - March 30, 2015
November 4, 1995 and December 10, 2014 - Israel / Palestine - March 30, 2015
March 20, 1995 and December 7, 2014 - March 30, 2015
September 8, 1943 and February 22, 2014 - Italy political events - March 30, 2015
July 14, 1789 and September 24, 2011 - France Revolution and the Occupy Movement - March 30, 2015
March 6, 1946 and March 13, 2014 - Cold War and " wikipedia named " Cold War 2 - March 30, 2015
June 2, 1780 and August 6, 2011 - British Protests - April 7, 2015
March 6, 1946 and March 21, 2014 - April 7, 2015
August 7, 1998 and 2/3 January 2015 - Kenya / Congo tragedies and Baga massacre Nigeria April 7, 2015
June 4, 1989 and 11/12 November 2014 - Tiananmen China and Hong Kong / Mexico - April 7, 2015
February 9, 1986 and October 22, 2014 - Halley's Comet - April 7, 2015
April 26, 1986 and October 20, 2014, Ukraine (maybe) - April 3, 2015
January 21, 1793 and October 20, 2011 - Louis XIV and Ghaddafi - 6/7 April 2015
July 14, 1789 and September 17, 2011 - France Revolution and the Occupy Movement - March 23, 2015
March 6, 1946 and March 6, 2014 - March 23, 2015
May 11, 1955 and April 16, 2014 - sinking ship, both in Asia - March 23, 2015
August 6, 1996 and 3/4 December 2014 - Chechnya - March 23, 2015
April 19, 1775 and 17 September 2011 - American Revolution and Occupy Wall Street June 18, 2015
April 3, 1963 and August 25, 2014 - Race Riots June 18, 2015
June 30, 1945 and March 1, 2014 - Ukraine - April 3, 2015
April 29, 1992 (LA Riots) and November 24, 2014 (Ferguson riots) - April 3, 2015
April 20, 1999, Columbine and January 7, 2015 Charlie Hebdo massacre (maybe) - April 7, 2015
February 12, 2000 and January 7, 2015 / January 11, 2015 - Charlie Brown, Schulz and Charlie Hebdo - 3/7 April 2015
1/3 September 2004 and December 16, 2014 - Beslan and Peshawar - February 13, 2015
April 28, 1996 and 15/16 December 2014 Australia- 2/3 April 2015
17 to 26 August 1998, and December 16, 2014 - March 20, 2015 the Russian Economy
6/7 Millenium Summit in September 2000 and January 11, 2015 Paris March of leaders - April 3, 2015
September 11, 2001 and January 2015 7/9/11 - Paris vs 9/11 and Nigeria Baga vs September 2001 Jos massacre - 25/27/29 March 2015
September 4 476 and December 25, 1991 - Roman Empire and Urss 11/12 January 2016
November 27, 1095 crusades and 11 September 2001 - January 18, 2016
January 28, 1986 and October 31, 2014 - April 15, 2015
October 15, 1987 and October 31, 2014 - Coup d' etats April 5, 2015
20/21 July 1969 and November 12, 2014 - Moon landing and first probe to land on a comet August 1, 2015
January 26, 1978 and November 12, 2014 - IUE mission and first probe to land on a comet, European mission June 13, 2015
April 4, 1973 and November 3, 2014 - World trade Center July 2, 2015
Before to come to this point, I considered another window of time for a zero date in early March 2014, March 4 to 11 2014, because most of my data led
to that point, however, I actually discovered that this data was not for primary resonances, but for another level of resonances, the secondary ones,
since timewave indicates that before the start of the 384 days cycle all of history gets compressed, making for a phenomenon in which the last 2 years
on the graph are identical, with a difference of only 13-19 days for resonances, in which the same events return in a modern fashion, but in two ways,
like identical twins.
edit on 23-1-2015 by Zagari because: (no reason given)
edit on 23-1-2015 by Zagari because: (no reason
edit on 23-1-2015 by Zagari because: (no reason given)