Universal Vortical Singularity enlightenment on the structure of a galaxy
In
the UVS worldview that is based on unisonal
vortex mechanism, the characteristics of a galaxy infers that it is
spiraling in vortical motion on surface of a galactic vortex, the galactic
vortex suggests that there is a spinning galactic
spheroid; a galaxy is suspended on a galactic vortex in a galactic
spheroid. From this point of view, Sun is not orbiting its Galactic
center; Sun in Milky Way is spiraling in vortical motion on
a galactic vortex around its Galactic center.
The
Sun spiraling around the Galactic center of Milky
Way in the localized reference frame of Galactic
center is also oscillating in a center
of mass with precession cycles caused by exchanging angular momentum
with each and every of its satellites that vortically rotate revolve around
the moving Sun; the Sun is propagating in spiral paths that are composite
of spiral motion in various frequency while it moves around the Galactic
center.
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See
UVS subtopic on "The
vortical motion of the Sun" and "Orbit
of satellites" in the
UVS topic on "Cosmic
evolution of stars and galaxies based on UVS model"
that
illustrates the vortical motion in all celestial objects, how they were coalesenced
from spheroidal vortices and how they rotate and revolve in vortical motion..
It
is believed that the revolving Sun going around the Galactic center also
oscillates up and down the Galactic plane in
the Orion-Cynus stellar arm in an
approximately sixty million years cycle; this also supports the proposition
of UVS that the Sun is spiraling in vortical motion in its revolving path.
See
an external link on "Sun's
location and neighborhood" that elaborates on the Sun is oscillating
up and down relative to the galactic plane while it revolves around the
Galactic center. See also "The
Gould Belt" that is characterized as a "great circle or
zone of bright stars" that completely surround the Solar System,
it is a key structural feature of the Orion Arm and it is empirically
observed over two decades to be spiraling, the Solar System within it
would be interacted relatively by its intergalactic gravities in the whirl
and therefore should also be spiraling in its effects while it revolves
around the Galactic center.
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Unisonal
vortex
in
2D pictorial |
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analogy, stars appeared like they are cosmic
scale molecules bonded in a cohesion manner; pulled together by vortical
interactions but held apart by an effect similar to electrical
charge repulsion of their supposedly positively charged invisible
spheroids, and is suspended vortically on a galactic vortex that has
shaped them as a galaxy. Star clusters are similar to whirling clouds levitated
on an atmospheric surface of Earth that are subjected to centrifugal force
and a vortical
core-seeking force of an atmospheric vortex, and the clouds are being
induced as a visible cyclone that is spreading and consolidating these clouds
around the vortex center in a vortical spiraling manner. The invisible molecular
spheroids of a star cluster as an analogy is similar to a consolidated air
bubble cluster with potential
density
that is conserved in volumetric pressure.
See an
external link on "Heliosphere"
that illustrates the invisible nested spheroid of Sun and a UVS topic
on "The
causality of gravity". |
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Galaxies
cluster
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A warped galaxy, as if it is floating on a rough ocean surface
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Galaxy
pair spinning in opposite direction
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It
is known that Sun is on an accretion
disc of Milky Way; this is a surface of the galactic vortex from the
UVS perspective. The enigmatic spiral
structure galaxy resembles vortical movement that could be explained
with unisonal
vortex mechanism of the UVS
model. The phenomenon of wind up spiral
arms is as a result of those stellar materials on the accretion disc
are drawn toward the center at a near similar angular velocity, on overlapping
harmonic vortices with different phase angle that revolve around the
galactic center. This phenomenon can be mathematically described in a
simplified manner by Bernoulli's
principle on an inversed rocket nozzle model. Accretion
disc (astronomy) is
one of the
unsolved problems in physics.
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accretion disc has typical characteristics of a free vortex, with
similar behaviors such as the movement of congested clouds on a tropical
cyclone. This explained the orbital speed of most stars in the galaxy
does not depend strongly on its distance from the center; the typical
stellar velocity of Milky Way is between 210 and 240 km/s is likened
to moving traffic jam on a highway, is a feature of vortical movement
that is unlike the conventional concept of orbiting objects. Qualitatively,
all orbiting planets and their satellites are moving in vortical motion
through space. See a UVS topic on "Orbit
of satellites" that evidently illustrates this vortical phenomenon. |
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Hubble Optical Image of Cartwheel
Galaxy Group 
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Chandra X-ray Image of Cartwheel
Galaxy Group
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The X-ray
image of Cartwheel
galaxy with the interacting galaxies is an evident that these galaxies are
in a common system of a galactic
spheroid. Without
the X-ray image to reveal a depth information, the Cartwheel
galaxy in a paradoxical
effect appears to be facing toward the observer who observe it from Earth.
The
X-ray image revealed that Cartwheel galaxy is actually facing away from observer;
the optical image that shows in its opposite facing is caused by its cognitive
paradox. The
image on right is an optical view of the Cartwheel galaxy group, the Cartwheel
galaxy is the largest galaxy among the group of three galaxies in the image.
Image on left is the X-ray view of a transgalactic phenomenon showing a column
structure connecting the Cartwheel galaxy group.
Several
galactic spheroids in a cluster, conceptually visualized with their galaxies
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"Collided"
galactic spheroids
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The supposedly
galactic spheroids visualized with its galaxies seem to be much larger cosmic
molecules bonded together in a cohesion manner that formed as a much larger
structured cosmic matter. However, without depth information, a galactic spheroid
could have at least two layouts. Based on the UVS model, those galactic vortices
on galactic spheroids in a cluster infers the galactic spheroids are spinning,
and all these suspended galactic spheroids in a cluster are revolving around
a common larger cosmic center.
A
spinning galactic spheroid also infers it has the dynamics to form as
an oblate spheroid, with dual-core bipolar vortexes the structure would
be an elongated
toroid-shaped spheroid. See a UVS topic on "Modeling
of unisonal evolution mechanism"
that elaborates on the structure of celestial spheroids are vortically
weaved; celestial spheroids in essence are spheroidal vortices.
While
there is a concentration of stars in a galaxy on a galactic vortex, there
is a stark absent of other significant star clusters on the hypothetical
galactic spheroid. This suggests that evolve
of stars and galaxies are vortically caused by the effects of a galactic
vortex on a galactic spheroid. |
Torus shape |
The
galactic vortical motion of the Milky Way galaxy can be conceptually visually
using the plasma lamp illustrated on right, imagine a bipolar vortex pair
has formed in the argon gas within the enclosure of the plasma lamp, the
polar vortex pair opening up widely would flatten the argon gas into a
thin torus-shaped disc, those plasma filaments formed and constrained
in the argon gas would therefore be compressed according to this shape.
The
spokes of plasma filaments swirling in vortical
motion of argon gas should form as spiral arms, and the circular structure
of the filaments at their outer ends that were pushing against the glass
wall would be consolidated like those
vertical circular clustered structures on an outer rim of the Milky Way
galaxy as shown in the image below.
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Evidently,
the IRAS image of the Milky Way galaxy as shown below with vortical structures
also supports that a galaxy is formed and driven in a galactic vortical motion.
In the UVS
worldview, the Milky Way galaxy has a vortical structure, those vertical
circular clustered structures on the outer rim in spiral arms of Milky Way as
seen in the below image are its satellite vortices pointing toward the Galactic
center, the horizontal S-shaped feature tilted at an angle from
the plane of Milky Way is also a vortical structure.
See
UVS topics on "The
dipole anisotropy pattern of CMBR"
and "Galaxy
cluster" that elaborate on higher orders of cosmic vortical motion
in a vortical paradigm.
IRAS
View of the Milky Way Galaxy
Nearly the entire sky, as seen in infrared wavelengths
and projected at one-half degree resolution, is shown in this image,
assembled from six months of data from the Infrared Astronomical Satelite
(IRAS). The bright horizontal band is the plane of the Milky Way, with
the center of the Galaxy located at the center of the picture. (Because
of its proximity, the Milky Way dominates our view of the entire sky,
as seen in this image. IRAS data processed to show smaller regions of
the sky, however, reveal thousands of sources beyond the Milky Way.)
The colors represent infrared emission detected in three of the telescope's
four wavelength bands (blue is 12 microns; green is 60 microns, and
red is 100 microns). Hotter material appears blue or white while the
cooler material appears red. The hazy, horizontal S-shaped feature that
crosses the image is faint heat emitted by dust in the plane of the
solar system. Celestial objects visible in the photo are regions of
star formation in the constellation Ophiucus (directly above the galactic
center) and Orion (the two brightest spots below the plane, far right).
The Large Magellanic Cloud is the relatively isolated spot located below
the plane, right of center. Black stripes are regions of the sky that
were not scanned by the telescope in its first six months of operation.
-
INFRARED PROCESSING AND ANALYSIS CENTER; NASA
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May 2007
References and links:
Galactic
center
- From Wikipedia, the free encyclopedia
Center
of mass
- From Wikipedia, the free encyclopedia
Milky
Way
- From Wikipedia, the free encyclopedia
Sun's
location and neighborhood
- From Wikipedia, the free encyclopedia
The
Gould Belt
- By DEEP FLY
Electrical
charge repulsion -
Hyper Physics
Potential
density
- From Wikipedia, the free encyclopedia
Heliosphere
- From Wikipedia, the free encyclopedia
Universe - From Wikipedia, the free encyclopedia
Animated Demonstration
of Bernoulli's Principle - Mark Mitchell
Centripetal
force and its calculator - HyperPhysics
Accretion disc
- From Wikipedia, the free encyclopedia
The
unsolved problems of physic
- From Wikipedia, the free encyclopedia
Cartwheel
Galaxy - From Wikipedia, the free encyclopedia
Standing
waves -
From Wikipedia, the free encyclopedia
Longitudinal
waves -
From Wikipedia, the free encyclopedia
Milky Way and graphic image
- From Wikipedia, the free encyclopedia
Image of air bubble
cluster - By Ben Rauch
Image
of a cluster of vortical clouds
- By Ivar Nielsen
Image of typhoons clusters
- Tropical cyclone From Wikipedia, the free encyclopedia
Image
of hurricane Katrina - BBC news
Image
of hurricane driving a tornado - Lumiglass Industries LLC
Images of
Cartwheel Galaxy - NASA
Image
of Cartwheel galaxy - Anglo-Australian Observatory
Images
of X-ray Cartwheel Galaxy - NASA/CXC/A.Wolter & G.Trinchieri et al.
Image of collided galaxies
- USA Astronomy
Images
of galaxy cluster - NASA, ESA, M.J. Jee and H. Ford (JHU)
Image
of 3D torus shape - Diaspora Chapter 2: Truth Mining
Image of galaxy
- NASA
IRAS
View of the Milky Way Galaxy
- INFRARED
PROCESSING AND ANALYSIS CENTER; NASA
counter
was reset on 02/02/2010
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