Understanding External Cycles:
Angular Momentum (AM) is the gravitational influence in speed and rotation between objects in our solar system which
determine our Barycenter –
Center of Mass of the Solar System (CMSS) and together with its fluctuating magnetic field
strengths and polarities, control most of the variations on the Sun.
Not only do the planet positions control the Sun’s variations, but the strength of influence is also dependable in the relation of their position
and movement towards Aphelion (farthest) and Perihelion (closest) around the Sun. This changing gravitational balancing point makes the Sun and
whole solar system to wobble around while moving through space.
Planetary
(AM) between each other are also at play and can be seen on Earth’s magnetosphere in the 60 years cycle with
the Jupiter/Saturn motion which play a role in the cosmic radiation Earth receive.
Any length of a cycle will vary around its average time depending on the eccentricity of a planet's orbit and changing velocity. Gravitational tidal
forces should mostly stress spring cycles while electro-magnetic forces could be linked to the solar wobbling dynamics, and would mostly stress the
synodic cycles.
Spin Orbit coupling is the transfer of orbital
(AM) to spin momentum between orbiting bodies. Total
(AM) is made up of orbital & spin momentum and both must be in balance.
The Sun
The Sun has 3 magnetic fields
1) The background field (like an ocean) called the “Poloidal field”
2+3) The loops which are embedded in this “Poloidal field” (solar flares or
Coronal Mass Eruptions (CME) + the roots
of the loops when they break through the convection zone, which are the sunspots we see, called the “Toroidal field”.
4) The Sun also has a neutral zone/sheet splitting its Northern and Southern hemispheres on its equatorial plain. This neutral line/sheet however
has a warp, which rotates at a slower speed than the Sun’s equator and poles. This neutral line/sheet takes 18 169 years to make one rotation and
seems to follow the precession cycle.
Due to the Sun’s tilt of 7° on its axis the period when the warp area move pass Earth, Earth will receive more positive, then negative and back to
positive particles, or the other way around depending if the Sun’s Northern or Southern poles are facing Earth.
“The Mercury Effect”
Mercury rotates in 87.45 days around the Sun. Due to its large iron core and closeness to the Sun it affect the equator as it pulls the Sun’s
equator at 4.1° per day to rotate in 26 days while the Sun at the poles rotate in 37 days. Between the equator and poles the time of rotation will
move upwards from 26-37 days proportionally. Due to the spinning differential between the poles and equator it cause the magnetic lines on the Sun to
bend and twist (go out of phase).
It takes 87.45 days for the poles and equator of the Sun to reach the same position in relation to each other. If we bring the Earth into the
equation it will take 187 years for them all to reach the same position in relation to each other.
The loops on the Sun starts in the Poloidal field just below the convection zone and takes 5½-6 years to break through the surface and becomes
visible as sunspots, meaning what we see on the surface lags by 5½-6 years (they were formed in the previous low period of our visible sunspot cycle
at its high).
Due to the Sun reversing its North and South poles roughly every 11 years we need to look at a full cycle of 22 years for the Sun to reach the same
point. In 1976 a German scientist “Stix” discover that if the background magnetic field is Northern, the sunspot active region will be Southern
and vice-versa, but with an out of phase difference of 7 years at that time.
According to Prof Valentina Zharkova and her team of researchers contracted by the Royal Astronomical Society they basically rediscover it but with a
2½ years out of phase period in 2008.
She explains this by the two layers (dynamos) in the Sun between; “Poloidal field” and “Toroidal field” which come in correlating pairs with
this offset between their magnetic waves created by Mercury.
As the waves start going out of phase the Sun will become more active as the difference between the phase shift in frequency cause the pairs to twist
more and begin interacting with each other (like a shock/short in wires).
When these waves oppose each other (cancelling each other out) there is a significant reduction in solar activity. We are heading for this reduction
period which will become obvious from 2022 onwards and will reach a low starting at 2030 for a period of around 30 years.
Earth Cycles to understand:
11.2 Year: (Schwabe Sun/Climate Cycle)
Our Sun goes through a variable cycle known as the “Schwabe Sunspot Cycle” which is used as the standard, by measuring its sunspot count with an
average length of 11.2 years. The main players for controlling the activity on the Sun are the resonance between Earth/Moon and Venus in relation to
the position of Jupiter that are mostly constrained between the 9.93 year spring tidal period of Jupiter and Saturn, and the 11.86 year tidal orbital
period of Jupiter. It can however fluctuate between shorter 8 and longer 14 year periods with possible double peaks inside longer cycles depending on
the Uranus and Neptune positions.
This cycle is proven not only for the last 400 years but also in 1000 years of historical records of "severe winters".
The sun switches its polarity between its magnetic North and South once every cycle around the peak periods we see which started at the previous low
period but took that time to become visible as sunspots in the convection zone.
We need to recalculate our predictions with the Mercury effect in all warming/cooling cycles. Gravitational and magnetic stresses will still follow
the
Total (AM) but should have little to no effect on the output of the Sun if the Sunspots cancel each other due to the
Mercury effect.
30-60 Years: (Jupiter-Saturn Sun/Climate Cycle)
The 30-60 year cycle of visible cooling and warming is an important player in food production on Earth that is linked to the Jupiter/Saturn motion and
most apparent in the Pacific Decadal Oscillation data set and GISP2 Greenland ice core with a slow rising trend from the Little Ice Age about 400
years ago. This cycle becomes more prominent when Uranus/Neptune is closer together giving it an amplifying boost causing an
(AMP) event.
In Earth years the Jupiter motion around the Sun is 11.9 years and Saturn 29.4 years while they reach the same relative alignment around the sun every
59.6 years.
The Sun’s
(AM) swings between its high point when Jupiter and Saturn are together and its low point when they are
opposing. When Uranus & Neptune are together they add to this which creates the highest highs and the lowest lows. This cycle is busy cooling down
since the Jupiter/Saturn conjuncture in 2020 up to around 2050, when it will start heating up till 2080.
The 30 year cooling period are known for its icy and early winters and cool summers.
edit on 1C222022-04-25T19:58:54-05:00MondayAmerica/Chicago2 by ICycle2 because: Mistake