2012-2400
Position A is where the December solstice sun was in relation to the Milky Way some
3,000 years ago. Position B is 1,500 years ago. And position C is "era-2012", when the
December solstice sun has converged, as a result of the precession of the equinoxes,
with the exact center-line of the Milky Way (the Galactic equator). Notice that the place
of alignment is where the 'nuclear bulge' of the Galactic Center is located.
Just like the Earth orbits the Sun, the Sun itself is part of the Milky Way galaxy. It takes
about 220 million years for the Sun to complete a single journey around the Milky Way.
But the Sun also bobs up and down as it travels in orbit around the center of the galaxy.
The oscillation takes a total of 64 million years to complete. And there’s a moment when
the Sun passes directly through the galactic disk and there’s a perfect galactic
alignment between the Sun and the center of the galaxy.
When’s that galactic alignment going to happen? It’s almost impossible to know exactly.
The Milky Way is 100,000 light-years across, but only 1,000 light-years thick. So during
the course of that 64 million year cycle, the Sun rises above the galactic plane 500 lightyears, passes down through the galactic plane, until it’s 500 light-years below and then
comes back up again.
There has to be a moment when everything’s in perfect alignment, but the timescales
are so long that astronomers couldn’t calculate it.
(In the text..author talked about us/Canada border with no effect..line of water in pool or
line in the atmosphere with or without oxygen…)
There’s another type of galactic alignment. This is where the Earth, Sun and the center
of the galaxy are in perfect alignment from our perspective. This actually happens every
year during the winter solstice, on December 21st. Because of a wobble in the Earth’s
orbit, the positions of the constellations slowly shift from year to year. The most perfect
galactic alignment between the Earth, Sun and the center of the Milky Way happened
back in 1998, but now we’re slowly shifting away from that alignment. In the coming
decades, the perfect alignment will shift to another day.
Dates
2008 Financial crisis begin
2011 Birth of new civilization
2012 Galactic alignment
2018 Financial crisis end, new technology comes to main market.
2036 New political era
2060 New Aquarius era
2150 Middle of your next life
2300 to 2400 end of the Pisces wars
Aquarius Age
The approximate 2150 years for each age corresponds to the average time it takes for
the Vernal Equinox to move from one constellation of the zodiac into the next. This can
be computed by dividing the Earth's 25,800 year gyroscopic precession period by
twelve, the number of Zodiac constellations used by astrologers. According to different
astrologers' calculations, approximated dates for entering the Age of Aquarius range
from 1447 AD (Terry MacKinnell) to 3597 (John Addey). The start date for the Aquarian
age is somewhat contentious and there is little uniform agreement upon the date or
process leading from the previous Piscean age to the Aquarian age (or between any
two ages). Nicholas Campion in The Book of World Horoscopes lists various references
from mainly astrological sources for the start of the Age of Aquarius. Based on the
research by Nicholas Campion most published material on the subject state that the
Age of Aquarius arrived in the 20th century (29 claims), with the 24th century in second
place with twelve claimants. Eight researchers claim the Aquarian age will arrive in the
25th century while the 21st, 26th and 27th centuries have seven supporters for each
century. Other centuries that have a number of supporters for the beginning of the
Aquarian age include: 22nd and 23rd centuries (6 each); 19th century (5); and the 18th
century (4).
Astrological ages exist as a result of precession of the equinoxes. The slow wobble of
the Earth's spin axis on the celestial sphere is independent of the diurnal rotation of the
Earth on its own axis and the annual revolution of the Earth around the Sun.
Traditionally this 25,800 year cycle is calibrated for the purposes of determining
astrological ages by the location of the Sun in one of the twelve Zodiac constellations at
the vernal equinox, which corresponds to the moment the Sun rises above the celestial
equator, marking the start of spring in the Northern hemisphere each year. Roughly
every 2,150 years the sun's position at the time of the vernal equinox will have moved
into a new zodiacal constellation. However zodiacal constellations are not uniform in
size, leading some astrologers to believe that the corresponding ages should also vary
in duration. This however is a contentious issue amongst astrologers.
In 1929, the International Astronomical Union defined the edges of the 88 official
constellations. The edge established between Pisces and Aquarius technically locates
the beginning of the Aquarian Age around the year 2600. Many astrologers dispute this
approach because of the varying sizes of the zodiacal constellations and overlap
between the zodiacal constellations