Universal Vortical Singularity enlightenment on dust disk of star

Based on unisonal vortex mechanism, the phenomenon of dust disks around a star is caused by a huge stellar polar vortex in an outer atmospheric layer above photosphere, this reversed vortical mechanism of unisonal vortex that induces dust disk of a star is its polar vortrex, this mechanism is similar to the phenomena of protonplanetary disks, dust tail of comet and dust devil.

UVS qualitatively predicts that the dust disk of star is a flattened nested stellar polar vortex pair.

This conjecture agrees with a finding by astronomers that star Vega is viewed nearly pole-on from Earth, however, it does not agree to the hypothetical theory that the dust disk is formed as a result of planetary collision that have left those debris that radial from a center. It agrees with a theory that the dust disk centered off Vega is as a result of a large Jupiter like planet that is orbiting Vega, the huge planets believed to be brown dwarfs has not yet been detected; the gravity perturbation of these hard to detect planets on the polar vortex of a wobbling star Vega would have caused the dust disk to have a meandering shape.

Simulated image for dust disk of star Vega

Optical image showing elongated dust disk around Vega on left

Debris rings of star Fomalhaut with spokes

The burgeon at two o'clock position of star Vega on above image at far side is probably a satellite vortex driven in the cavity of the meandering polar vortex, it infers that the dust disk is spinning in counter-clockwise direction, conforming to the cyclonic spin direction of the singular polar vortex on Vega that is rotating in counter-clockwise direction from this view. The dust disk discovered with a size of 815 AUs infers a huge atmosphere that is enveloping Vega. Image on right is glowing spokes of an aurora on Earth, are satellite plasmatic vortices in longitudinal waves formed in an accretion disk driven by an atmospheric vortex.

Based on unisonal vortex mechanism, the glowing spokes of star Fomalhaut are satellite plasma vortices in an accretion disk of its polar vortex, in a polar top view the electromagnetic force (EMF) dynamics of the satellites vortices are not radiating outward like it is purporting, it is in a vortical effect of being pushed towards the core into the vortex column by satellite vortices in longtitudinal waveforms, in perpetual culmination of momentum vortically, from the an outer ring that is a surface of a rarefied ion atmosphere flattened by plasmatic polar vortex of its star. The spokes are leading arcs of dilated huge harmonics vortices at different angular phase within the main plasmatic vortex that carries the satellite vortices as longtitudinal wave, in a radial manner as glowing spokes in accretion disc on a slightly curved trajectory with culmination of momentum tunneling viscous matter vortically in the vacuum of vortex column towards center of the plasmatic polar vortex. The spokes appeared as radiating outwardly is a paradoxical effect; the plasma streams are consolidating inwardly to the core vortically. The image with radial spokes of star Fomalhaut is a top view of a stellar jet with its vortrexes as the dust disks of the star in the background. Image on right is illustration of a torus structure celestial object with whirling stellar cloud deep within a galaxy and showing its stellar jets.

An illustrated image of torus structure celestial object

UVS qualitatively predicts that the glowing spokes on dust disk of a star are satellite plasma vortices.

Sun also has this dust disk as documented in Kuiper belt, scattered disc and Oort cloud. There are also dust disk found on other stars, such as Fomalhaut debris ring and Epsilon Eridani dust ring.

The Bubble-shaped Nebula NGC 6781 has glowing disc horizontally similar to the Kuiper belt and the scattered disc of Sun, the spherical glowing and enveloping gas shell of this nebula also seems to have similar pattern as Oort cloud. Oort cloud is a spherical cloud of comets believed to lie roughly 50,000 AU, or nearly a light-year, from the Sun, and comet is known to be enveloped in a huge coma. Based on unisonal vortex mechanism, this glowing and enveloping gas shell is vortically formed in a precession effect, and this is a supportive evidence that graivty is compressing force pushing towards the core by a vortical core-seeking force field of the wobbling polar vortex pair; electrostatic interaction in oscillating accretion discs of the intensely wobbling vortices.

Kuiper Belt and Oort cloud of Sun

NGC 6781 Bubble-shaped nebula

Planetary rings on Saturn driven by polar vortices pair were also observed to be perturbed periodically by gravitational field of its orbiting moons. Protonplanetary disks around a young newly formed star when view from top would also render as a dust disk. See UVS topics on "Vortical patterns of planetary nebulae" that illustrates the effect of polar vortexes pairs on diffused stars based on unisonal vortex mechanism. Image illustrated on right is the Ring nebula NGC 6720, with some of its gaseous atmospheres lifted by vortrex and other flattened as a disk by polar vortex pairs. Planetary nebula has orbiting planets that are believed to be consolidated from compressed plasmatic stellar materials.

Protoplanetary disk

The Ring nebula

See a UVS topic on "Cosmic evolution of stars and galaxies based on UVS model", see also external links on "Nebular hypothesis" and "Solar system formation".

8th Oct 2007

References and links:
Saturn - From Wikipedia, the free encyclopedia
Fomalhaut debris ring - ScienceDaily
Longitudinal waves - From Wikipedia, the free encyclopedia
Accretion disk - From Wikipedia, the free encyclopedia
Epsilon Eridani dust ring - HILO, HAWAII - JAC,UCLA, RO
The Comet Coma - University Corporation for Atmospheric Research (UCAR)
Kuiper belt - From Wikipedia, the free encyclopedia
Scattered disc - From Wikipedia, the free encyclopedia
Oort cloud - From Wikipedia, the free encyclopedia
Accretion disk - From Wikipedia, the free encyclopedia
Nebular hypothesis - From Wikipedia, the free encyclopedia
Solar system formation - aerospaceweb.org
Image of Aurora - From Wikipedia, the free encyclopedia
Image of bibble-shaped nebula - Isaac Newton Group of Telescopes
Images of the Ring nebula - From Wikipedia, the free encyclopedia
Star Vega and images - SolStation.com
Optical image of star Vega with debris disk - SST, JPL, CalTech, NASA
Image of a celestial object with torus structure - ESA

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