the UVS perspective, the L5 Lagrangian
point of the Earth's center
of mass[w] that coupled with the barycenter[w]
of the Earth-Moon system in an n-body planetary configuration, could
be occassionally brought toward the stratified
surface of the oblate-shaped Earth.
L5 Lagrangian point formed with the
inclination[w] of the Moon and perturbed
by the n-body planetary configuration, could have had resonated
in the Earth's crust to cause the 1908 Tunguska
event[w] in the early morning of that
summer with the axial
tilt[w] of the Earth on its orbital
The five Lagrangian points. [s]
Orbital inclination. [s]
a YouTube video clip on "SkyMarvels™
EARTH-MOON BARYCENTER" that illustrates the barycenter of of
Earth-Moon system with the axil tilt of the Earth and the orbital inclination
of the Moon.
the UVS topics on "The
interactions of the hyperspherical pushed-in gravity in superior and inferior
conjunction" that illustrates how a barycenter in the conjunctions
of a 3-body system could be paradoxically affected, "Sunspot"
that illustrates how the manifestations of sunspots could be modulated
by the barycentric arrangements of Solar System objects in their precession
following salient points suggest the Tunguska event could be caused by
a hyperspherical vortex cluster that had manifested in the liquefied crust
of the Earth.
Solar System arrangement on 30th June 1908 at ~7:14 a.m. was the
triple crossed-alignments of aligned Sun- Earth-Uranus
that had crossed with aligned Neptune-Mercury-Venus-Earth,
and also crossed aligned with Jupiter-Moon-Earth.
Also, Saturn was quite directly above in the
sky of Tunguska when the event occurred.
intrinsically manifested hyperspherical vortex cluster spawned
in the Earth's crust, caused by an intrinsically resonated torque-free
precession[w], could be the geology
causality of the 1908 Tunguska event.
precession effects from such a configuration of the Solar System
objects could have had triggered a vortex cluster of liquefied
soil to form with melted permafrost[w]
in the Earth's crust with that perturbed L5
Lagrangian point of the Earth-Moon system, as well as also manifested
that reportedly had occurred simultaneously during the Tunguska
forest fall was mainly found to have two main closely spaced epicenters
among some of the other discovered epicenters with trees fell in
the clockwise arrangement within
a meandering boundary.
outwardly toppled away forest fall was orientated in a 5° clockwise
swirl from the epicenters, and decreased with negligibly small values
in the crater with a meandering boundary that enclosed at about
16 km from these epicenters. Beyond this boundary there was a stark
contrast of tree damages where the trees had largely remained intact.
fall indicated there were multiple epicenters.
1928 image of the forest fall.
apparently are the subliminal demonstrations of a dominant
cyclonic vortical torsion force of a vortex cluster manifested below the
Earth's crust twisting the ground inwardly in the counter-clockwise direction,
could have had caused the forest to fall outwardly in such an overall
clockwise arrangement with several epicenters.
as shown in the above 1928 image of the forest fall, some trees despite
were scorched and devoid of branches, they were still standing in open
space right at the epicenter of the forest fall. Whereas trees more distant
from the central region had been partly scorched and knocked down in a
direction away from the central , creating a large radial pattern of downed
would not be able to create those multiple epicenters with some of the
trees still standing nearby around the epicenter, and the peculiar type
of near evenness forest falls that had stopped sharply at a meandering
boundary; these findings defied all those impact event hypotheses.
the UVS perspective, a vortex cluster manifested in the liquefied crust
swirling cyclonically in counter-clockwise direction with near angular
velocities that decreases negligibly away from its main vortical center,
could have created such a crater with multiple epicenters of radial pattern
forest falls within its meandering vortex boundary.
the UVS topic on "Dual-core
crater" that illustrates on how some peculiar craters and volcanoes
could be vortically formed by the hyperspherical vortices manifested in
TECTONIC INTERPRETATION OF THE 1908 TUNGUSKA EVENT -
By Andrei Yu. Ol'khovatov
are some key factors and eyewitnesses accounts:
Analysis of the most reliable witness's accounts conducted in
1920s and 1930s showed that the Tunguska spacebody flew from the
south to the north. But in 1960s a new group of witness's accounts
was collected pointing to quite another trajectory: almost from
east to west!
Even just in a few days-weeks after the event different time was
given by different witnesses, from early morning to the afternoon.
Conducted in 1980s statistical analysis revealed that the "afternoon"
accounts are not at the edge of statistical dispersion, but form
a distinct secondary maximum. So was the duration of the event:
from a few minutes to an hour.
Many witness's accounts hardly conformed to the meteorite fall,
as a shape and luminosity of flying object reported in many cases
does not resemble a bolide, including such strange as darkening
of the sky. And there was no any smoke trail at all!
Remarkably that, in the area within 200 km around the epicenter,
witnesses did not see any bolide or just even its trail, at least,
but they saw flames shooting up, and fire pillars, flashes in
the sky and other non-bolide luminosities.
are some key factors for reference:
effect of rotation of fallen trees in the epicentral area. The
rotation achieved 5 degrees clockwise in the epicenter, decreasing
to negligibly small values at about 16 km from the epicenter.
So the field of the mean directions of the tree-fall is the vortex
one. In other words, the hypothetical Tunguska spacebody explosion's
shock wave was to transfer a very large angular momentum. But
such explosion couldn't produce it due to a law of conservation
of angular momentum.
One more puzzle for the spacebody interpretation is the area of
the forest fall on the ridge Chuvar, which is about 23 km from
the epicenter, and according to the local Evenks had formed the
same morning as the general one. The peculiarity of this forest
fall is that trees were uprooted with their tops in the opposite
of what was expected from the meteorite fall direction.
intriguing detail of the forest fall is that despite the central
area of the forest fall is often considered to be covered with
standing trees, there are traces of the radial forest fall even
in this area too! From the traces, Kulik even came to conclusion
about 2 closely spaced epicenters!
It have discovered that in the Tunguska event region a change
from good weather to a bad weather was right on June 30, 1908.
Here is averaged daily cloudiness data of 9 meteorological stations
situated within 1000 km from the Tunguska epicenter (the closest
was 500 km away).
In general, statistical analysis of witness accounts conducted
in early 1980s has revealed that the Tunguska event was accompanied
by various meteorological phenomena, including strong winds (windstorms),
haze, fog, temperature changes, thunderstorms, whirlwinds.
Tunguska epicenter is right in the middle of the paleovolcano
peculiarity of such vortex cluster characteristics are observable in the
remnants of numerous pit craters all over the Earth,
and they are clearly visible on lands as well as on sea beds.
map on the right showed the river system in the Yenisei
this basin is a parabolic structure of a huge dual-core geology
the surface of the Earth was examined closely with the satellite
image of Goggle
it revealed numerous big and small craters all over the basin. Some
appeared as clusters of craters, and among them many were dual-core
higher resolution satellite image below briefly highlighted some
of the apparently observed clusters of overlapped craters that were
found almost everywhere around the Yenisei basin.
largest black circle roughly outlined the entire Yenisei basin,
the two large light grey circles outlined its main dual-core depression,
and the red circles highlighted are around the
site of the Tunguska event at the epicenter of 61° N &
the close encounter of a significant barycenter of the Solar System's
gas giants could intrinsically resonate to spawn clusters of hyperspherical
vortices[uvs] in the viscous matter medium of
a planetary object.
image on the right is a planetarium chart showing the barycenter
of Jupiter, Saturn, Uranus, and Neptune (BJSUN)
had a near encounter with Jupiter and its moons in September 1901.
a barycenter of the gas giants had ever roamed as far as having
passed the orbit of Venus.
significant barycenters of the gas giants, as well as other tiny
blackholes[m], when occasionally have
had come into close contact with the Solar System objects, could
have caused the observed huge clusters of dual-core
craters and volcanoes[uvs] to form on
their stratified surfaces.
the UVS perspective, with a dominant hyperspherical vortex of
a significant barycenter intrinsically resonated in the Earth's
crust, its standing waves could manifest as a nested cluster of
dual-core craters and volcanoes to form all over on the Earth's
crust in a vortically formed basin of liquefied soil.
encountered a barycenter in 1901..
an externally linked report on "A
Rare Kind of Black Hole May Be Wandering Around Our Milky Way"
that elaborates on an observed miniature blackhole.
is heading toward an
invisible barycenter of the gas giants in
animated planetarium chart showing the Earth (green diamond symbol;
is heading toward the barycenter BJSN (magenta dot;
in March 2029.
the zoomed-in animation on the right to watch the Earth in its orbit
is heading toward the barycenter of Jupiter, Saturn, and Neptune
(BJSN) in March 2029.
a major barycenter has the mass effect of all the involved gas giants
a mere brushing over the Earth by this major barycenter of the gas
giants could cause severe geology events; the intrinsically resonated
precession effect rendered by such a major barycenter at close proximity
to the Earth could eclipse the 1908 Tunguska event.
No telescope or any kind of space watching observations could directly
see it coming.
even any of the "Spaceguard" activities could directly
detect it, these include the Lincoln Near-Earth Asteroid Research
(LINEAR), Spacewatch, Near-Earth Asteroid Tracking (NEAT), Lowell
Observatory Near-Earth-Object Search (LONEOS), Catalina Sky Survey
(CSS), Campo Imperatore Near-Earth Object Survey (CINEOS), Japanese
Spaceguard Association, Asiago-DLR Asteroid Survey (ADAS) and Near-Earth
Object WISE (NEOWISE).
the UVS worldview, a
is the barycenter of a star
system[w]. And the observations of stars
were shredded by black holes[m],
it could be cataclysmic[d]
for a celestial
when an intrinsically resonated precession[w]
effect is strongly induced by a significant barycenter.
a paper on "The
UVS case study on the barycentric encounters of the Earth in 2029"
that predicts an incoming barycentric encounter with the Earth.
Download this UVS paper in the MS Word format that has 4k resolution
for the planetarium charts and has better hyperlink capability for their
an externally linked report on "NASA
Confirms Thousands of Massive, Ancient Volcanic Eruptions on Mars".
image of Mars with several volcanic eruptions occurred simultaneously
in a huge basin.
images of a volcanic eruption on Jupiter's moon Io at a core of a huge
dual-core basin. [s]
visualizing the underlying structures and mechanisms, it intuitively reveals
the actualities of the mysteriously rendered natural phenomena.”
- UVS inspired -
With special thanks to Mr. Au Mun Chew (Sidewalk astronomer, architect,
NUS lecturer) for his showing of marvelous celestial objects through his
rarefied telescope, and his inspiring speeches that had later initiated
some of the UVS topics such as this one.
and animation credits:
diagram showing the five Lagrangian points - EnEdC; Public domain
chart showing the alignments of Solar System objects on 30th June 1908
using Planet Finder.
of forrest fall - Photograph from the Soviet Academy of Science 1927
expedition led by Leonid Kulik.
of Yenisei basin - By Geo Swan
of tree fall diretion showing multiple centers - NEXUS
chart showing Jupiter encountered a barycenter in the Solar System
- Vincent Wee-Foo using the Celestia planetarium software.
of polar vortex of Saturn
- Credits: NASA/JPL/Space Science Institute/University
of Mars with several vocanic eruptions - NASA/JPL/MSSS)
images of a volcanic eruption observed on Jupiter's moon Io - Credit:
Franck Marchis/UC Berkeley
Animation of planetary
chart showing Earth encoutering a barycenter in 2029 - Vincent
using the images from Celestia planetarium software.
classified denotations with URL links for the individual words and specific
phrases denoted in the UVS treatise:
specific UVS topic or a source from the UVS treatise.
definition for the word in the glossary list of the UVS treatise.
general definitions for the word from an the Internet dictionary source.
specific topic of the free encyclopedia by Wikipedia.
miscellaneous Internet source.
Internet source for the inserted image or animation.
inception of this UVS topic was on 9th September 2007 with ongoing updates
The treatise of Universal Vortical Singularity (UVS) in its epistemological
paradigm shift, is fundamentally unconventional. Its hypotheses grounded
on a generally unheard-of UVS model, bound to have shortcomings, such
as loose ends, errors, and omissions errors. Many details and assumptions
in its propositions have yet to be further researched, probed, evaluated,
validated, or verified. Its implicit explanations are for casual understanding
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is offensive in any manner from whatsoever perspectives, is most regretted.
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