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8/13/2019 The Oscillatory Universe Part - IV
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THE OSCILLATORY
UNIVERSE PART - IV
BY
ANIL KUMAR THANVI
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MODEL OF DARK AND DARK
ENERGY
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NOW HERE WE EXPLAIN THE
MODEL OF DARK MATTER
AND DARK ENERGY. THEDARK MATTER AND DARK
ENERGY ARE NOT
SCATTERED MERELY IN
CELESTIAL OBJECTS AND
UNIVERSE. THERE IS A VERYSPECIAL GEOMETRICAL
PATTERN OF DARK MATTER
AND DARK ENERGY.
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THE DIVISIONS OF MATTER OF EARTH’S
ATMOSPHERE IS ALSO LAYERED IN CONCENTRIC
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THE MATTER DISTRIBUTION IN THE SUN (ALSO
FOR ALL TYPE OF STAR) IS CONCENTRIC
LAYERED.
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Estimated distribution of dark matter and dark energy
in the universe
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An Another proof of dark matter - Rotation curve of a typical
spiral galaxy: predicted(A) and observed (B). The
discrepancy between the curves can be accounted for by
adding a dark matter component to the galaxy.
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BECAUSE DISTRIBUTION
ATOMIC, NON-ATOMIC,
NUCLEAR, NON-NUCLEAR,
PLASMA IN ALL CELESTIAL
OBJECTS IS NOT SCATTEREDBUT CONCENTRIC LAYERS. SO
DARK MATTER AND DARK
ENERGY SHOULD NOT BE ALSO
SCATTERED BUT CONCENTRIC
LAYERS IN THE UNIVERSE.
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THE RELATION AND DISTRIBUTION OF DARK MATTER
AND DARK ENERGY WITH EVERY CELESTIAL OBJECT
AND THE UNIVERSE AS CONCENTRIC LAYERS
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THE RELATION OF DARK MATTER AND DARK
ENERGY WITH ALL CELESTIAL OBJECTS AS
CONCENTRIC LAYERS
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THE RELATION OF DARK MATTER AND DARK ENERGY
WITH ATOMS AND PARTICLES AS CONCENTRIC
LAYERS
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An oblate spheroid shape is not formed by
rotating of an ellipse about its minor axis
this is an incorrect thinking.
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CONFOCAL OF ELLIPSE
ELLIPSOID CONFOCAL
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ELLIPSOID CONFOCAL
GEOMETRY
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cosh cos cos
cosh cos sin
sinh sin
x a
y a
z a
PARAMETRIC EQUATION
OF OBLATE SPHEROID
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2 2 2
2 2 2
1 x y z
a a c
e p
e
r r a c f
a r
ea r p
c r
2 2 2
2 2 2 1
e e p
x y z
r r r
(1 ) p er r f
2
p e e p
f e
v r v r df v
dt r
Some Oblate Formula
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Variations in the Earth's oblateness during the past 28 years Minkang Cheng
Center for Space Research, University of Texas at Austin, Austin, Texas, USA
Byron D. Tapley Center for Space Research, University of Texas at Austin, Austin, Texas, USA
Analysis of satellite laser ranging (SLR) data indicates that the Earth's dynamic
oblateness (J 2) has undergone significant variations during the past 28 years. The
dominant signatures in the observed variations in J 2 are (1) a secular decrease with
a rate of approximately −2.75 × 10−11 yr−1, (2) seasonal annual variations with a
mean amplitude of 2.9 × 10−10, (3) significant interannual variations with timescales
of 4 – 6 years, and (4) a variation with period of about 21 years and an amplitude of
about 1.4 × 10−10 with minimum in December 1988. Two large interannual
variations are related to the strong El Niño-Southern Oscillation events during the
periods of 1986 – 1991 and 1996 – 2002, and it appears that another interannual cycle
may have started in late 2002. The superposition of the decadal variation on the
interannual signal makes the J 2 fluctuation appear to be anomalously large during
the 1996 – 2002 period. Contemporary models of the mass redistributions in the
atmosphere, ocean, and surface water can explain a major part of the 4- to 6-year
fluctuations. However, the cause of the decadal variation remains unknown.
THERE ARE MANY RESEARCH PAPERS OF
VARIABLE OBLATENESS OF THE EARTH
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Factors that Affect Earth's Shape: This il lustration depicts
many of the factors that affect how the Earth's shape
changes. They include such as: winds, earthquakes, post-
glacial rebound, plate motion, melting of ice, atmospheric
pressure and more. Credit: NASA
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EARTH OBLATENESS – THE CHANGE OF SHAPE
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THIS IS IDEA OF PLANETARYSCIENTISTS THAT THE EARTH
EXPAND AND CONTRACT. THE
SUN, STARS AND GAS GIANTSPLANETS ALSO EXPAND AND
CONTRACT.
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A CHANGING SOLAR SHAPE
M. Emilio,1 R. I. Bush,2 J. Kuhn,3 and P. Scherrer2Received 2006 December 21; accepted 2007 March 19; publ ished 2007 Apri l 16
ABSTRACT
The Sun’s shape is sensitive to the influence of gravity, rotation, and local turbulence and magnetic
fields in its outer atmosphere. A careful measurement of this shape has long been sought to better
understand the solar structure and its change during the 11 yr solar cycle. Numerous disparate
measurements of the solar oblateness or the fractional difference between equatorial and polar radii
have been difficult to interpret, in part because this quantity is much smaller than terrestrial
atmospheric seeing and most instrumental noise sources. In 1997 the Michelson Doppler Imager
(MDI) aboard the Solar and Heliospher ic Observatory (SOHO ) obtained a precise measurement of
the oblateness from above the atmosphere by utilizing a spacecraft roll procedure to remove
instrumental influences. In 2001 this technique was repeated, and we report here on the detection of
a timevariable solar shape from these data. The changing oblateness we find from 1997 to 2001 is
smaller than the apparent discrepancy between earlier ground-based observations, but issignificantly larger than MDI’s astrometric
measurement uncertainty. The shape change appears to be anticorrelated with the observed
helioseismic variability. This fact and our MDI measurements suggest that the outer solar
atmosphere expands nonhomologously during the cycle. It is possible that solar cycle changes in the
turbulent pressure in the outer atmosphere can account for both the optical limb change and the
helioseismic acoustic global solar shape change.
THE SUN AND STARS ALSO HAVE VARIABLE
OBLATENESS
S V i bl Obl t Th h
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Sun Variable Oblateness – The change
in shape
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INTERNAL GEOMETRICAL STRUCTURE OF OBLATE
SPHEROID
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All celestial objects interior matter is also divided
like concentric layers and all celestial objects also
have the geometry of oblate spheroid. Because
matter is divided in different concentric layers
and shape is oblate spheroid so actually these
matter layers are confocal not concentric and
then actually all celestial objects have confocaloblate spheroids not merely an oblate spheroid.
Because of division of matter in concentric layers
and geometrical shape as an oblate spheroid so all
celestial objects have confocal oblate spheroidsgeometrical shape. Then the geometrical shape of
all celestial objects is not merely an oblate
spheroid but confocal oblate spheroids
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Why oblateness or flateness
or shape of the sun oscillate?Why brightness of the sun
oscillate?Why surface and internal
temperature of the sunoscillate?
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Oscillation or fluctuation of
oblateness or flatteness andellipticity i.e. flattening &
bulging of moon’s, planets,stars and black holes or of
all celestial bodies in theuniverse
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What is difference between variable oblateness of the sun,
some stars, planets and the earth explain by Kuhn, Dicke,
Hill, Saldana, Liberetch and Benjamin F. Chao, Bryon D.
Tapley, Minkang chang and the variable oblateness that
explain by my oscillatory model.
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The meaning of variable oblateness
according to these astrophysicists isonly and only variation in polar and
equatorial radius. I have a new
method of variation in oblateness thatis different. I also say about variation
in oblateness and variation in polar
and equatorial radius but I am addingor including two new and different
condition with this variation.
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I also say about variation in oblateness
and variation in polar and equatorial
radius but I am applying and addingor including two new and different
condition with this variation. What I
am applying is to first includeconfocal property of a oblate spheroid
and second twisting and squeezing a
confocal oblate spheroids cause ofwhich are differential rotation and
retrograde orbiting .
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Twisting in reverse directions inboth hemispheres and squeezing
on poles. So there will be variation
in polar & equatorial radiusalready but now I have applied
and added or included two new
condition.
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First : variable oblateness according tooscillation between two different
confocal oblate spheroids and Second :
twisting in reverse directions in bothhemispheres and squeezing on poles
between two different confocal oblate
spheroids.
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There for I have a new and different
method to explain the mass distributionfrom poles to equator and equator to poles
in the sun, stars, planets and the earth due
to variable oblateness and I am including
all the condition of variable oblateness used
by these astrophysicists but at the same
time I am also using the true and logical
and more practical method of variableoblateness.
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When we apply the method of variable oblateness
used by these astrophysicists on the sun, stars,
planets and the earth then what are effects that
we have understand already but actually what
will be changes or effects when we apply these
two condition more that we are talking in above
are more and more general and from these two
condition there begin a very big theory and we
can explain a lot lot of unsolved questions. This is
: A NEW PROCESS OF OSCILLATION OFTHE UNIVERSE. From here a new and different
story of oscillatory celestial objects & universe
starts.