A post submitted by CGI member ScienceTruth.

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The Winnemucca Institute for Advanced Studies Presents:

Electricity in Space ! Part II #5. The Chakram Series

Examples: Mz3, eta Carinae, NGC 6302, Calabash Nebula

What is the Chakram, why does it manifest, what physics is it expressing ? The Chakram is often a somewhat thin 'disc' that is 'orthogonally oriented' at the central object and between the oppositionally oriented 'cones', and is most likely an electromagnetic field which has some form of Matter, most likely a plasma, suspended within it, that is quite 'sparse' in its population, and thus very difficult to photograph.

In the four examples photographed here:

In Mz3 it is very faint and looks 'fuzzy and dispersed as a fog' a bit larger than the 'cones' or 'bubbles' at the central object.

In eta Carinae it extends slightly larger than the 'bubbles' in only 2 locations, about 60 degrees apart, again at the central object.

In NGC 6302 it extends quite far from the central object and 'bends' a bit, to the left in the upper area, and to the right in the lower area.

In the Calabash Nebula it again shows 'a bit fuzzy' at the central object location, but is larger than the 'cones' or 'bubbles'.

The Chakram is an equatorial B-field phenomena as Don Scott describes it, a B-field - meaning a 'magnetic field structure' that is located on the 'equator' of the SGZ, akin to a ballet dancer's tutu when she is in a 'leaping spin' and it is 'flared out' into a flat circle.

How many SGZs ( Stellar Glow-Mode Z-Pinch nebula ) have them, and in how many of them can we see it, and not see it ? There are 4 in which it is faintly visible, but it may well exist in most SGZ's in theory, however in many it may be too weak to contain a photographable contingent of Matter.

The name Chakram was initiated by Dr. Raghvendra Sahai and his working group who photographed many SGZs in the 1990's during the second wave of interest in SGZs.

Perhaps all SGZs have a Chakram with B-field structures; but we can't see them because they are so sparsely populated with plasma matter, or the Field is not strong enough to detect amidst all the other commotions going on, or we've simply never looked for them in the correct wavelengths !

When Electric Fields are present we can only detect them at a distance if Matter has been swept up and is now being caused to glow with radiations, or to move by some acceleration force. When Magnetic Fields are present we can only detect them by the effects they have on the Matter they are influencing, or by the light that is shining between the polarized dust grains within them. Electric and Magnetic Fields can be present, but when there is very little, or no, Matter contained within them, we are unable to confirm their presence, as the Field must have some form of Matter within it in order for 'radiations' to be energized to emanate therefrom that we can then detect with our instruments.

Interestingly, the Field State of Energy is 'invisible' when no Matter is present within that Field !! This is a 'giant clue' to the Truth about the Universe, Reality, and the Real Laws of Physics ! The Field State of Energy is the least explored phenomena of The Four States of Energy, in my opinion.

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Mz3
(R. Sahai (JPL) et al., Hubble)
https://apod.nasa.gov/apod/ap100425.html

Mainstream APOD Explanation: Why isn't this 'ant' a big sphere ? Planetary nebula Mz3 is being cast off by a star similar to our Sun that is, surely, round. Why then would the gas that is streaming away create an ant-shaped nebula that is distinctly not round ? Clues might include the high 1,000-kilometer per second speed of the expelled gas, the light-year long length of the structure, and the magnetism of the star visible at the nebula's center. One possible answer is that Mz3 is hiding a second, dimmer star that orbits close-in to the bright star. A competing hypothesis holds that the central star's own spin and magnetic field are channeling the gas. Since the central star appears to be so similar to our own Sun, astronomers hope that increased understanding of the history of this giant space ant can provide useful insight into the likely future of our own Sun and Earth.

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eta Carinae
(Hubble et al.)

https://apod.nasa.gov/apod/ap121230.html

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NGC 6302
(Hubble)

https://apod.nasa.gov/apod/ap190302.html

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Calabash Nebula
(Hubble)

https://apod.nasa.gov/apod/ap170215.html