Universal Vortical Singularity enlightenment on crater and volcano

From the UVS perspective that is based on unisonal vortex mechanism, many craters on surface of Earth could have been caused by dual core vortex of molten matter as a result of vortical implosion from beneath the Earth's crust. The remnants of those dual core vortex eye are evident that these craters were formed by vortices of molten matter from underneath the Earth's crust.

The molten spheroid underneath the stratified surface of Earth is an ocean of high viscosity molten matter (i.e. mantle), when subjected to external torque-induced precession, it could form into various types of molten matter free vortex and satellite vortices, such as polar vortex, lower latitude vortex at tropical and subtropical regions.

Conjecturably, the raised area covered with melts could be ejecta caused by a powerful refilling in void of vortex column after the vortex have dissipated; the sunken crater was released by the downdraft of the vortex, in a process with pressurized gas the whole fluidized crater could have sprang up to thrust the crater upward therefore its outer rim is lifted higher than surrounding surface. The superheated matter including iron-nickel alloy at the bottom surface of the vortex column were ejected to the surface, this would have caused the two rings of raised area with melts around a dual core vortex eye. The ejecting process could have catapulted some of these superheated materials to the surrounding. The end result of an ejecting process would depend largely on localized conditions such as terrain, composition of Earth's crust around the crater, magnitude and intensity of the molten matter vortex.

UVS qualitatively predicts that unisonal vortex of molten matter can be formed underneath Earth's crust as a result of precession caused by planetary alignments.
UVS qualitatively predicts that crater can be formed by vortex of molten matter.
UVS qualitatively predicts that the dual core in remnants of a crater is caused by a separating core towards the surface in unisonal vortex of molten matter.

		Barringer Meteor Crater in Arizona. The diameter is 1.2 kilometers, and it is 49,000 years old. Markings of a dual core vortex eye is visible at the center. Click on image to see full size picture. Close up shot of crater center showing markings of a pair of large vortex eye.
		Wolfe Creek Crater in Australia. It is partly buried under wind blown sand. Its crater rim rises 25 meters (82 feet) above the land and the crater floor is 50 meters (164 feet) below the rim. Markings of a dual core vortex eye is visible at the center. Click on image to see full size picture.
		Clearwater Lake twin impact craters, which are formed simultaneously by two separate, but probably related, meteorite impacts, are very rarely recognized on Earth. This pair is situated in crystalline bedrocks of the Canadian Shield. The larger Clearwater Lake West (left) shows a prominent ring of islands that has a diameter of about 10 kilometers. They constitute a central uplifted area and are covered with impact melts. The central peak of the smaller Clearwater Lake East (right) is submerged. (Excerpts from web site) These craters are clearly visible markings of a dual core vortex. Click on image to see full size picture.
		These craters are clearly visible markings of a dual core vortex. These pair of craters are located in Galapagos island.
		A geological study revealed the Mecatina structure in Quebec is NOT a meteorite impact crater; rather, it is the result of multiple folding episodes of the bedrock. There are markings of a dual core vortex eye, the main vortex eye formed into a circular lake, the secondary vortex eye on right of main vortex eye, formed an irregular lake within a circular indentation marking.

Crater Roter Kamm in Namibia	Crater Acraman in South Australia	Crater New Quebec in Canada
The above three craters have markings of a dual core vortex, the markings of one core is on top and the other is at below. There are many more craters and basins on Earth that have markings of a dual core vortex.

There are just too many meteorites being found near volcanoes and craters, these incidents are not just mere coincident. Most of those iron-nickel alloy found probably were ejecta from Earth's outer core as a result of volcanic activities. Meteorite impact hazard is real, but it must not be mixed with craters that were caused by vortex of molten matter that occurs from beneath the crust. Examine satellite image of Earth closely would reveal countless big and small craters by the hundreds all over the world, visible on main lands and sea beds as well. See an external link on "Crater Map" powered by Geology.com that could show Earth is marred with numerous craters in packs. See a UVS topic on "The vortex of molten matter interpretation for 1908 Tunguska Event". Watch a video clip on research for Siberia vocanic activity and a video on Lost Worlds - Atlantis. See also 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 and these oscillations often coincide with mass extinction periods on Earth.

Large and small craters in Siberia

This 6 kilometers crater was caused by a vortex of molten metal from beneath Earth's crust; it has an active volcano in the inner pit crater at the center. An opened crust that was made by a vortex column in its center remained open and has caused numerous volcanic activities. These are images of Kilauea volcano in Halemaumau Crater, and the lava flow when it was active. See UVS topics on "Eruption records and their Solar System alignments", "Solar system alignment effect", "Tidal bore" and "Sunspot" that illustrates on a precession cycle that causes solar cycle in a recurring manner.

Large vortices of molten matter that had formed beneath the Earth's surface could have caused those buried cities, lost ancient civilizations and mass extinctions. Large vortices of molten matter occurred in other planet such as Mars could catapult debris out to space in an ejecting process; as a result the ejecta would roam in Space as meteors, this occurrence had been observed on Jupiter's moon Io after a huge volcanic eruption. The spiral pattern rotation of Milky Way with a period of 50 million years in a half cycle could account for one of the mass extinction cycles on Earth that has a period of approximately 26 million years. See external links on "A New Explanation For Apparent Periodicity of Mass Extinctions" and "Nemesis (star)" that speculates on a hypothetical companion star of Sun that could cause the mass extinction cycle with a a period of approximately 26 million years.

In the UVS worldview, the causality for those celestial bodies in the physical universe that they are suspended spheroids, is they were gradually formed by consolidation of vortically resonated plasmatic stellar clouds, see a section in a UVS topics on "Cosmic evolution based on the UVS model" for how was a planet vortically formed. In a suspended condition, viscous matter in the stellar clouds of bonded charged-particles vortically consolidated in isotropy would collect as a spheroidal shape; this shape packed the mass into smallest possible surface area naturally. Some planetary bodies became stratified on the surface, formed a crust layer. The Earth is wider at the equator than from pole to pole, centrifugal force of its rotation causes its viscous matter to bulge outwards around the equator that thus formed as an oblate spheroid that elongates slightly as an ellipsoid. See a UVS topics on "Primeval Earth and its moon". The molten sphere underneath the stratified surface is an ocean of high viscosity molten matter (i.e. mantle), when subjected to natural forces of unisonal vortex mechanism it could form various type of molten matter free vortex, such as polar vortex, lower latitude vortex at tropical and subtropical region, and satellite vortex.

Mars' Victoria crater was caused by a vortex of molten matter from underneath the crust. Conjecturably, after the vortex had dissipated, the crater released from a downdraft was ejected up, was pushed up by pressurized gas therefore its outer rim became higher than the surrounding surface. The nodes markings around the crater were caused by a chain of satellite vortices generated around the circumference of the main vortex, these cyclonic satellite vortices drove by the main vortex within the vortex eye would spin in same direction as the dominant vortex. At bottom and a bit to the right of the crater in the left picture below, the marking of a complete satellite vortex was still preserved. The inner circular area are the markings left by satellite vortices formed within the vortex eye. This Victoria crater on the southern hemisphere of Mars has a width of 750 meters and was cyclonicly rotating in clockwise direction.

The above side view image of Victorial crater showed a radial pattern of spokes around the crater that are most probably the remnant of a chain of satellite vortices of a main vortex of molten matter that had shaped this crater. A chain of satellite vortices would have caused those arc shaped erosions (highlighted as white circle in right image) around the outer rim of the crater. Image on right highlighted those semi-circular node patterns, these erosions were formed by a chain of satellite vortices of a dominant unisonal vortex of molten matter in its external ring. At bottom right there is a circular erosion just outside the crater at five o'clock position, this is the remnant of a satellite vortex that has not collapsed into the main crater. See inserted graphic in 2D vectors, in a grossly simplified manner it describes the fundamental force interactions that had caused the patterns with nodes within the inner round shape markings of Mars' Victoria crater; these nodes are also satellite vortices. The parallel lines (cyan lines) are the driving vortical current of a larger vortex of molten matter that had interacted with the progressive harmonic vortices (brown circles) dilated from the vortex center of this crater, based on unisonal vortex mechanism, the interactions of these two vortical inertial forces would have spawned these harmonic vortices and satellite vortices of molten matter.

Mars' Victoria crater with nodes highlighted

Watch a video clip on an experiment of acoustic sound waves that demonstrates how induced seismic waves in mechanical force could interact in a high viscosity medium, in the experiment with some interventions, mechanically resonated standing waves with momentum in the medium are observed to manifest in organized turbulence as a dynamic cluster of wrapped surfaces that resembles pairs of splitting dual-core vortex. The standing waves manifested in the high viscosity medium are artificially induced, while nature in a synergetic of torque-induced precession and torque-free precession on molten matter of Mars could have generated such standing waves naturally. See also video clips on "Acoustic water dance", "Cornstarch and vibrations", "Cornstarch at 35-55hz" and "WATER SOUND IMAGES".

Image below is a chain of volcanic craters at Northeast Pacific Ocean Ridge on Earth, a region known for its volcanic activities. These are very probably caused by vortices of molten matter from beneath Earth's crust.   Image below are craters on Mars caused by vortices of molten matter underneath its stratified surface. Take note of the crater with a raise pointed structure on bottom right.
	Image on right is a caption of Mars with several huge gaseous vortices occurred simultaneously. Click here for a close up image. If date of this event is known the Solar System alignment for this simultaneous volcanic eruption with huge electromagnetic storms can be tracked.

In the UVS worldview, these markings as shown below were caused by vortices of molten matter underneath the Mar's crust.
The markings of these lava tubes are the remnants of satellite vortices of a much bigger clockwise spinning cyclonic vortex of molten matter that had created volcano Pavonis Mons on Mars at southern hemisphere near to equator. The satellite vortices and furrows were pulled and moved underneath the crust towards the main vortex as spiral arms, in a spinning process the furrows of stretched vortex columns could form these markings.		Zoomed in image, click here for full resolution image.	Zoomed out image

Image on right is Olympus Mons on Mars, it is the tallest known volcano and mountain in our Solar System, it has a width of 550 kilometers and its central edifice stands 27 kilometers tall. Conjecturably, this volcano could be formed by a huge vortex of molten matter from underneath. After the vortex had dissipated, released from a powerful downdraft the sunken crater was ejected that its outer rim became much higher than the surrounding surface. The ejecting force with pressurized air and molten matter must have been so strong that it had pushed the central edifice to very high up, lifting the surrounding mass into a cone shaped mountain in an ejection process. Olympus Mons side view Whenever there is a Solar System alignment with strong combined gravities, molten matter moves through easier paths in the void could cause eruption and extrusion that the effects might cause a volcano to grow.

Mars' Olympus Mons

Yuty crater of Mars as shown has a raised outer rim and a raised fluidized ejecta deposits in the middle of a sunken crater. There is also an interesting ring structure at six o'clock position of this crater. Lake Toba is the largest volcanic lake in the world on Earth, it is believed to be the site of a supervolcanic eruption, in its elongated form it apparently has a structure similar to Yuty crater of Mars. There are many meteor craters on Moon that also have such cone-shaped structure in the center; these craters were not caused by meteor impact. Image on far right is a crater on Earth's moon (@ longitude: 28°15'53" and lagtitude: 45°09'12") that has a cone-shaped structure in the center and what appears to be lava tubes around the crater.

Yuty crater of Mars

Landsat photo of lake Toba

A crater on Earth's moon

Jupiter's moon Io was believed to have an ocean of magma beneath its icy stratified silicate crust. In a previously known huge volcanic eruption on Io, there were volcanic ejecta that have overcome escape velocity of Io and left a ring of icy slush mixed with silicate rock debris around Jupiter in its orbit. Successive views show the dramatic eruption on Io

A continuous eruption on Io and remnants nearby are pit craters

Jupiter's moon Io

Craters on Mercury

Craters on Venus

Craters on Earth's moon

Craters on Jupiter's Calisto

Saturn's Hyperion

This is a thermal image polar vortex of Saturn, literally hundreds of storm clouds encircle the pole, appearing as dark spots in this infrared spectrometer thermal image. Each of these spots represents a storm, these are the harmonic unisonal vortices. If a unisonal vortex of molten matter underneath the crust layer of a Solar System object (similar to the polar vortex of Saturn with harmonic vortices) had occurred, it could cause big and small cluster of craters to form all over the surface of crust layer similar to those craters formed in Solar System objects as shown in the images above. Conjecturably, the likely reasons for how these homogenous craters were formed on crust layer of these Solar System objects, are vortices of molten matter underneath their crust layer had occurred and these craters are remnants of vortices that had stratified from their molten forms.

Polar vortex of Saturn

See some vortex clusters in an animated image that shows vortices of Jupiters in an ocean of gaseous viscous matter, see also a UVS topic "Primeval Earth and its moon".

 

 

10th June 2007

References and links:
Mantle - From Wikipedia, the free encyclopedia
Torque-induced precession - From Wikipedia, the free encyclopedia
Mars' Victoria crater - From Wikipedia, the free encyclopedia
Images of Arizona Meteor Crater - MrEclipse.com
Images of terrestrial impact craters - Lunar and Planetary Institute
Image of underwater crater - Surtrek Tour Operator
Image of Mecatina Crater - Meteorite Impact Cratering
Meteor Crater Map - Geology.com, Google
Crater Map of Earth - powered by Geology.com
Lost Worlds - Atlantis - History Channel
Sun's location and neighborhood - From Wikipedia, the free encyclopedia
Milky Way - From Wikipedia, the free encyclopedia
A New Explanation For Apparent Periodicity of Mass Extinctions - C Johnson, Physicist, Physics Degree from Univ of Chicago
Nemesis (star) - From Wikipedia, the free encyclopedia
Ellipsoid - From Wikipedia, the free encyclopedia
Video clip on research for Siberia vocanic activity - BrunoTheQuestionable from YouTube
Video on an experiment of acoustic sound waves - etherpimp, YouTube
Video clip on "Acoustic water dance" - From Youtube by Armuotas
Video clip on "Cornstarch and vibrations" - From Youtube by nik282000
Video clip on Cornstarch at 35-55hz" - From Youtube by michaeluna
Video clip on WATER SOUND IMAGES" - From Youtube by fabriatlantide
Images of Mars active volcanoes - Life in the Solar System, NASA
Images of Victoria crater - NASA's Mars Reconnaissance Orbiter
Image of side view for Victorial crater - NASA's Mars Exploration Rover
Lava tubes - NewScientist
Images of crater chain at Northeast Pacific Ocean Ridge - From NSF RIDGE Project CDF Bathymetric Data
Image of Mars active volcanoes closed up - Wikimedia Commons
Image of Mars craters - Gallery of 3DEM Terrain Images
Image of Palvonis Mons and lava tubes - ESA
Image of Olympus Mons - From Wikipedia, the free encyclopedia
Lake Toba - From Wikipedia, the free encyclopedia
Image of Mars' Yuty crater - Astro 1
Image of Eruption on Jupiter's Moon Io - JPL, NASA robot spacecraft Galileo
Successive views on eruption on Io - New Scientist
Io (moon) and image - From Wikipedia, the free encyclopedia
Image of North Pole Crater of Mars - NASA
Image of South Pole Carter of Mars - European Space Agency
Image of huge oceanic whirlpool off Sydney - CSIRO oceanographers
Deep-ocean whirlpool, image and graphic - University of Delaware
Image of craters on Earth's moon - Images from the Universe
Image of craters on Jupiter's moon Calistro - Planetary Geology For Teacher
Image of craters on Mercury - NASA Messenger orbiter
Image of craters on Venus - NASA
Image of craters in Saturn's moon Hyperion - NASA Cassini
Image of Victoria crater with highlighted circular depressions - www.holoscience.com.au
Image of polar vortex of Saturn - Credits: NASA/JPL/Space Science Institute/University of Arizona.

counter was reset on 02/02/2010

Disclaimers: The above revolutionary discoveries and conjectures based on an unheard-of hypothesis of Universal Vortical Singularity with radical ideas are unconventional, the explorations of the uncharted at fundamental stage might not be thoroughly covered, bound to have shortcomings, loose ends and errors, many details and assumptions have yet to be further researched, probed, evaluated, validated and proven. Many of the implicit explanations are for casual understanding of the topics presented, any term or statement if offensive in any manner or whatsoever is most regretted. Links to other sites do not imply endorsement of their contents; apply appropriate discretion whenever necessary. Some web browsers were reported to have displayed with data corruption for text, disorganized images and some animations did not work, it is recommended to view the contents from UVS web pages with Windows Internet Explorer.

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