Galactic Birkeland Currents and the Sun's Motion

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Galactic Birkeland Currents and the Sun's Motion

Unread postby Sco4444 » Sat Mar 03, 2018 5:01 am

With recent Dr Scott presentation on Birkland Currents at EU2017 what are implications of this for Sun’s path around Galactic core? Prompts series of (general) questions but, due to the sheer size of the Galaxy, what we understand of Galactic dynamics is largely down to models and inference. ... tents.html. (Sun completes 1deg. of its primary cycle every half million years approx.). So how can we be sure data correct?

* Sun path arguably displays three cycles. Are there different aspects of Birkland currents (Primer field?)
that power the cycles by E-M action? ... (Dr
Scott lecture)
* Primary cycle: 226 – 240 million years. Rotating Cosmic Birkland current horizontal to Galactic plane?

a) How would this affect Galaxy arms? Is there any clear evidence of how many Arms or
rotation dynamics?
b) Do stars move independently of “arms”. Do Constellations move in sync with Sun
motion for full galactic rotation?
c) Do some sectors of Galaxy counter rotate in cylindrical manner, in opposition to Sun
motion? Do we have the technology to check for this?
d) Gaia data suggests Stellar motion is random rather than cylindrical. Require better
understanding of local stellar motion with regard to Sun motion. .

* Secondary cycle: 40 – 70 million years? Sub-rotation of Birkland current vertical to Cosmic Plane?

a) Sinusoidal motion – crossing Galactic Plane – “Declination” cycle superimposed on
primary cycle.
b) Amplitude may differ as with Planetary declination, affecting duration peak to peak.
c) Possible cause of Extinctions on Earth at Peaks (max/min) and Zero, when crossing
d) Possible cause of changes in Eccentricity (100k.yr) and Obliquity (40k.yr) cycles of
Sun/Earth (Milankovitch). Differential peaks affecting Ice ages, climate change etc:

* Tertiary cycle (Precession) 25,000 yr. Spiral at right angles to Secondary vertical cycle. ... nPaper.pdf
a) Luni-Solar theory of precession flawed – static Sun (see link for arguments).
b) Binary theory more accurate? – moving Sun. (external reference frame etc)
c) 25k.yr spiral could be result of Helical field motion at right angles to the Sun’s
vertical motion, rather than Binary interaction.
d) Long shot, Saturn was Sun’s twin then captured – but EM field remains. Or Stellar
duality result of birkland current sub-field.
e) Precession cycle coincides with Yuga Great Year - Apoapsis of Great Year
calculated as 1500 yrs ago, Kali Yuga period. Supposedly Human intelligence
increases as Sun rotates towards Galactic center. Precession helical spiral motion.

* Would monitoring cycles shed light on Birkland Current dynamics? Ideally need to simulate
Secondary and Tertiary cycle position with Eccentricity and Obliquity.
Last edited by nick c on Sat Mar 03, 2018 8:53 am, edited 2 times in total.
Reason: Thread title trimmed to fit
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Re: Galactic Birkeland Currents and the Sun's Motion

Unread postby Sco4444 » Sat Mar 10, 2018 3:02 am

Birkland Currents and Galactic Charge Field: Assuming that BC’s deliver power to Galaxy and appropriating Mathis theory of “charge” to object whether Galactic, Solar, Planetary or Atom. ( Charge enters at poles and exits at center line (Galactic Plane), imparting horizontal rotation (angular momentum) on the body and creating “charge field” disc approx. 30deg North and South of mid-line. This is replicated at Solar (helio-sphere) and planetary level, Moon declination cycle.

This mid-line “belt” creates “declination” phenomenon, vertical motion within horizontal rotation of disc, at all scales Stars, Planets and Moons oscillate N/S of respective mid-line. In Solar system example planets can fluctuate in peak amplitude i.e. Mars declination reaches maximum peaks every 7 to 10 years, although reason for variation is not clear. We would have to assume the same would be true of Sun amplitude fluctuations within “declination” cycle, affecting duration of North/South passage around the Galaxy. In this sense BC’s can account for Sun’s rotation and amplitude around Galaxy as well as Solar system dynamics.
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