Anomalies of comet - Operation: ISON Barycentrism

[Vincent Wee-Foo]

I hope the EU community will find the following cometary event interesting, and hopefully the experts here can offer a pointer or two.

Comet outburst events

Comet C/2012 S1 ISON on 14th November 2013 was quite near to the barycenter coordinate of Sun, Jupiter, Saturn, Uranus, and Neptune, and it flares up significantly. And it is interesting to note that when Comet ISON was approaching the barycenter of the 4 gas giants in September 2013, it started to brighten up rapidly.



A prediction for the coma outburst of Comet C/2012 K1 PANSTARR made on 8th of July, 2014:

Comet C/2012 K1 PANSTARR on 27th of July 2014 would be crossing the invariable plane and about making its nearest approach to the barycenter coordinate of Jupiter, Saturn, and Neptune. And thus when it gets near the barycenter and managed to achieve its striking voltage with all other required conditions met, there is a good possibility for this long period comet to significantly flare up its coma shortly before the nearest approach.

Note: Much of the chemical properties for the molecules encapsulated in the coma of the comet, as well as the characteristics of the manifested barycenters are not known, therefore, we can only make our best educated guess for this upcoming coma outburst event.





See a UVS subtopic on "Comet outburst events" that list the events of previous comet outburst events that were evidently related to the barycenter coordinates of the gas giants.


Electric glow discharge demonstration

Experimentally, the vortically resonated spinor field can be simulated with a monopole antenna that generates a torus-shaped energy field around it when activated, and the coma of a comet can be simulated with a plasma lamp.

When the not powered up plasma lamp is held at close proximity to the activated monopole antenna, the plasma lamp can be observed to suddenly flare up with its plasma glow at its threshold distance when achieved its striking voltage. And when the plasma lamp is flared up, it could maintain its glow when held further away from the threshold distance, and then extinguishes eventually and abruptly when it is gradually held much further away.

The above image shows the demonstrated effects of remote electric glow discharge for two lamps remotely powered by a monopole wire antenna of ~20 watts output, which was supposedly emanating a torus-shaped energy field to render a high tension voltage of the electric field. With the monopole antenna powered up and without connecting the lamps to any electrical point as shown, at close proximity the argon gas in the long light tube, and the mercury vapor in the compact fluorescent bulb were glowing by the ionization of their resonated atomic particles. The tri-field meter measured 20 kV/m of electric field at the proximity of the glowing compact fluorescent bulb, and much in excess of 1 mW/cm² (off the meter scale) of received RF power that causes its ionization effect. And by using an antenna with higher power output and optimized resonant frequency for maximizing its power absorption of the inert gas, the electric glow discharge of the plasma lamp can occur at proportionally farther distance.

Heuristically, the outburst of coma is most likely an electric glow discharge phenomenon that occurs naturally.

From the UVS perspective, the magnetohydrodynamics (MHD) dynamo effect of a spinning vortex from a resonated spinor field that undulates the coma intensively, would generate huge electric current with electromagnetic storm that vortically impels the rarefied atomic particles in the coma to be ionized, and glow in their plasma state by releasing photons of visible light in the electromagnetic spectrum; electric glow discharge. And this mechanism could also have manifested the glow of ionized particles in the gas tail by an intensified vortical motion of the comet. A highly energetic spinor field that undulates the coma of a comet, could impel the electrostatically encapsulated ionized atoms to exchange electrons with solar wind, and releases x-ray from the coma of the comet.

See an externally linked report on "First X-Rays from a Comet Discovered" that elaborates on the observation of x-ray emitted from Comet Hyakutake.

In the UVS worldview, cometary activities by at large are manifested electrical phenomena.

[Vincent Wee-Foo]

Then on around 31st July 2014, when this comet is about to hit the invariable plane, gets near to the barycenter of Jupiter, Saturn, Uranus, and Neptune, and also positioned nearer and aligned to the L1 Lagrangian point of this barycenter formed with the Sun, a much more intensified outburst for this comet can be expected. At then, this comet would be right behind the Sun from the Earth's perspective, and thus would be obscured from any land-based observation. Nonetheless, the anticipated outburst of C/2012 K1 PANSTARRS around 31st July 2014 would be best observed from the STEREO-A spacecraft.


Comet C/2012 K1 PANSTARRS at a near approach to the barycenter of the four gas giants

[Vincent Wee-Foo]

Based on the UVS model, the empirically observed nested atmosphere of a comet, is encapsulated in a nested spheroidal unisonal vortex that has become very active, which is the basic underlying mechanism for all its cometary activities.

From the UVS perspective, it suggests the gaseous materials of the comet that have had formed its coma as a thin, fuzzy and temporary atmosphere, are electrostatically consolidated to harmonically form as the comet's nested atmosphere by vortically resonating in the heliosphere of the Solar System.

Conjecturally, the plasma glow in the nested coma of comet resonated in its vortical motion, is energetically rendered by the stress tensor of the impelling nested heliosphere with electric tension to vortically discharge electric current culminated through the nested coma that acts like an electrical load.

The cognitive paradox that renders cometary anomalies could thus be meticulously resolved with its underlying mechanism illuminated.

In the UVS worldview, the coma of the comet is a nested spheroidal unisonal vortex that is resonated in the repulsion electrostatic force of the heliosphere, which is also undulated by its nested unisonal spheroidal vortex of the Solar System.

From the UVS perspective, the huge nested atmosphere is vortically held by its undulating spheroidal unisonal vortex with repulsion force; the nested atmosphere is electrostatically withheld by its undulating spheroidal unisonal vortex with the effect of its natural inertial electrostatic confinement.

The above is an except from the UVS website, see its topic on "Coma, gas and dust tails of comet" for the vortical worldview of comet.

[Vincent Wee-Foo]

The trajectories of comet can be investigated with the JPL Small-Body Database Browser, and these barycenter coordinates can be calculated to locate them in 3D geometry.

Type "C/2012 K1" (without the quotes) in the search bar and hit enter, then select "Orbit Diagram", thereafter the interactive 3D trajectory path for Comet PANSTARRS would be launched. For this link, the selection of orbit diagram for Comet PANSTARRS was predefined.


The equation for calculating the barycenter coordinates is given as:

[Vincent Wee-Foo]

Approximate positions for the STEREO spacecrafts in early July 2014.

The anticipated outburst of C/2012 K1 PANSTARRS around 31st July 2014 would be best observed at very near from the STEREO-A spacecraft if its camera is tilted to it, and thereafter it will be in the field of view of the SOHO's C3 coronagraph as this comet passes behind the Sun from August 2 until August 16.

And if the outburst for this comet does occur and managed to maintain its glow after mid August, it could offer an unaided spectacular view from Earth in the eastern sky just before sunrise.

[Vincent Wee-Foo]

Mechanically, at a significant barycenter, a comet would also be subjected to the maximum resonated torsion force from the composite tidal effect of the celestial objects that render the barycenter effect. The intensified reactive centrifugal force manifested from the tidal effect, could also impel the electrostatically encapsulated particles in the coma to become more energetically charged, and thus would contribute to its coma outburst. And if a comet is aligned with significant and nearby celestial objects or barycenters, it would also be subjected to some degree of the torsion force of their composite tidal effect.

The video clip at below was an empirical observation that shows the torsion force from the composite tidal effect of Saturn's moons Prometheus and Pandora interacting on the F ring of Saturn, and the barycenter of the two moons was brushing right on this planetary ring at the moment of this event.

[Vincent Wee-Foo]

See a topic on "THE CHARGE FIELD causes LAGRANGE POINTS" that elaborates on the causality of the Lagrangian points.

[Sparky]

Hey,, Vincent! As usual you are posting stuff that is way above me....

Miles Mathis suggests that a chaotic mass of photons is a charge field. Does that make sense?

Lagrange points a probably a product of gravity and electric charge, ions, electrons, and the associated magnetic and electric fields, but his simpleton photon field model is covering up what is really happening with chaotic nonsense.

What do you think?

[Vincent Wee-Foo]

Miles Mathis suggests that a chaotic mass of photons is a charge field. Does that make sense?

What do you think?

Off-the-cuff.....

From the UVS perspective, aether corpuscles, the carriers of photons, have mass, and photon is a vortically induced charged field manifested on the aether corpuscles, which is also a charged field. It does make sense to me from this point of view.

[Vincent Wee-Foo]

IMHO, aether corpuscle is a charge field coalesced by aether vortical motion at superluminal speed, and photon is an energetic spiral wave manifested on it and spirally propagates through aether corpuscles in all directions dilating at the speed of light.

[Vincent Wee-Foo]

Hey,, Vincent! As usual you are posting stuff that is way above me....

Much of the content posted on the comet outburst event were merely speculative with some degree of bias, and probably has errors here and there on the several platforms. Not much is known about the properties of the C/2012 K1 PANSTARRS coma, and unlike the radio shack experiment, there is no certainty for this comet to flare up as anticipated on its near encounter of the barycenter.

I was just thinking aloud wildly from the UVS perspective.

[Vincent Wee-Foo]

And apparently, the L4 and L5 Lagrangian points of the barycenter that was supposedly formed harmonically with the inner moon Prometheus, were manifesting their prominent effects on the planetary ring as well.

This empirical observation suggests that Lagrangian points can be manifested from a barycenter, and the celestial object that itself has rendered the barycenter.

[Vincent Wee-Foo]

Below is a list of previous comet outburst events that were apparently near to the barycenter coordinates of the gas giants (E&EO):

- Comet 17P/Holmes on 6th November 1892 was quite near to the barycenter coordinate of Saturn and Neptune when it brightened up about 100 folds, it was also quite aligned with Sun and this barycenter, and was nearer to the L1 Lagrangian point of this barycenter.

- Minor planet 2060 Chiron on 13th February 1988 showed cometary behaviour and brightened by 75 percent, it was quite near to the L3 Lagrangian point of a barycenter rendered by Saturn, Uranus, and Neptune.

- Main-belt comet 176P/LINEAR, or asteroid 118401 LINEAR on 26th November 2005 was quite near to the barycenter coordinate of Saturn, Uranus, and Neptune when its coma was discovered.

- Main-belt comet 238P/Read on 24th October 2005 was quite near to the barycenter coordinate of Saturn, Uranus, and Neptune when its coma was discovered.

- Comet 29P/Schwassmann-Wachmann on 2nd February 2010 became brightened by 30 to 40 folds, it was quite near to the L3 Lagrangian point of a barycenter rendered by Jupiter and Neptune, and was approaching it.

- Comet 60558 Echeclus on 24th June 2011 was quite near to the barycenter coordinate of Saturn and Neptune. Also it was quite aligned with Sun and the barycenter for Saturn, Uranus, and Neptune, and was nearer to the L2 Lagrangian point this barycenter.

- Comet C/2012 X1 LINEAR on 21st October 2013 was quite near to the barycenter coordinate of Jupiter and Saturn when it brightened up about 100 folds, it was also quite aligned with Sun and this barycenter, and was nearer to the L2 Lagrangian point of this barycenter.

- Comet C/2012 S1 ISON on 14th November 2013 was quite near to the barycenter coordinate of Sun, Jupiter, Saturn, Uranus, and Neptune when it brightened up about 6 folds, it was also quite aligned with Sun and this barycenter, and was nearer to the L1 Lagrangian point of this barycenter.


Like what my co-investigator had pointed out, it is interesting to note that the main-belt comets 176P/LINEAR and 238P/Read were apparently triggered by the same barycenter for their outbursts around one month apart, and thus if these two comets come by in future and have close encounter with the barycenter of these three gas giants, we can expect their recurring cometary outbursts.





The above two main-belt comets should interest the experts of the EU community; these two celestial rocks were previously categorized as asteroids until they were observed to behave like comets.

Am quite done presenting the case studies on the comet ourburst events. What do you guys think?

[Vincent Wee-Foo]

In comparative analysis referring to the radio shack experiment, a vortically resonated spinor field of a barycenter effect harmonically manifests focused points of charge field that act like energized cold cathode nodes, the coma of comet acts as an anode for its electric glow discharge when resonated and energized in the near field diffraction of a charge field, and a vortex manifested in the coma acts like an anode focuser and accelerator that culminates to render the gas tail phenomenon of the comet.

Is this hypothesis valid for electric comet?

[Vincent Wee-Foo]

The latest details for Comet C/2012 K1 PANSTARRS can be checked with "The Sky Live".

It"s magnitude was 9.15 at the moment of this post.