Interplanetary “Day After Tomorrow"?
Solar System Changes: An Enterprise Mission Hyperdimensional Report (2)
by Richard C. Hoagland & David Wilcock
Overview
The significant – nay, unprecedented -- weather changes, currently alarming millions here on Earth, are ultimately part of an overall, mysterious transformation that is affecting the Sun, a number of other planets and many of their satellites… all across the solar system.
In this Report we shall be citing specific scientific papers backing up these “system-wide,” apparently systemic changes -- evidence derived from published, mainstream sources, compiled by researchers at major institutions, who obviously (from the authors’ own comments) haven’t themselves fully grasped the magnitude (to say nothing of the underlying cause) of what they’re seeing… or, why they’re seeing it right now.
The “cause and effect” of these remarkable planetary transformations, we believe, is explained by appealing to a new form of Physics -- not yet embraced by most of mainstream science. In fact, this is an “old Physics” -- once the centerpiece of 19th Century, pre-quantum reality. At its most fundamental, it is a Physics based on the literal accessibility of “higher dimensions.”
This “higher dimensional/hyperdimensional” description is not just an abstract concept, left over from a few mathematicians a hundred years ago -- but is a serious, quantifiable new model, regarding the real domain of energies that invisibly flow into and out of our “three-dimensional” reality… literally creating in the process all of physical matter… as well as its observed, three-dimensional, highly complex interactions.
In addition to its fundamental hyperdimensional component, this “new Physics” is intimately coupled to a modified concept of a spatial “aether.” This “aether,” however, is distinctly different from another old 19th Century concept – an “electromagnetic aether,” proposed then as a medium (analogous to air or water) necessary to carry rhythmic light and radio vibrations across “empty space.” This “new aether” also has no connection to the now popular term “zero point energy” -- the current quantum mechanics description of vacuum processes proposed by mainstream physics to generate matter and energy from empty space.
This new, modified aether is, in fact, a “massless, non-electromagnetic aether” – a charge-free transfer medium pervading all of space, and conveying “hyperdimensional energy” from more complex, higher dimensions into “our” dimension.
In the model of Hyperdimensional Physics proposed by one of us (Hoagland), it is the innate rotation of mass in three dimensions (or, the gravitational revolution of “one mass around another mass, via an orbit”) that opens up a literal “rift,” or “gate,” between dimensions. “HD energy” flows through this gate, modifying the massfree aether in this dimension -- creating a variety of observable and measurable physical effects, including the cyclic appearance of matter and energy in our dimension. The overall quantity of energy “gated” into this dimension is directly proportional to “the total amount of angular momentum” in the spinning or gravitating system involved…
In an orbital system, this total quantity is also “modulated” -- by the constantly changing geometric relationships between the various masses in their orbits; certain “tetrahedral” angles (60 and 120 degrees), allow maximal energy transmission between dimensions; while other angles (90 and 180 degrees) interfere with that transmission and restrict it. These geometric effects are due to the inevitable “resonance and dissonance effects” of interfering wave patterns in the underlying aether “matrix.”
The simplest solar system analogy would be “multiple ripples on a pond” – with the overlapping “energy ripples” being the vast range of frequency alterations of the underlying massfree aether, caused by the hyperdimensional energy entry into our dimension via the rotating Sun, its rotating and orbiting planets… and their rotating and orbiting moons (see illustration, below).
In other words -- the entire “solar system” functions as a real, hyperdimensional, interconnected, resonant (or at times, dissonant) system…
The dramatically changing planetary effects we are about to recount in this Report, we believe, are a direct result (in the Hoagland Model) of these complex spins and geometrically-changing orbits of the solar system’s currently known planetary members, and their quantifiable effects on this underlying resonant aether pattern; augmented (in this Model) by additional, yet undiscovered planets that are also affecting the pattern – but which are orbiting far beyond the boundaries of the presently known solar system…
Figure 1 – Hyperdimensionally resonant solar system. (Hoagland)
By far the most complete laboratory work on the basic properties of this underlying, critical “HD transfer aether” -- required in Hoagland’s Model to transmit the hyperdimensional information into our dimension -- has been carried out by Dr. Paulo and Alexandra Correa. A comprehensive overview of their extensively documented research and experiments can be viewed at aetherometry.com. The late Dr. Eugene Mallove, former Head Science Writer at MIT, and former President of the New Energy Foundation, as well as Editor in Chief of its scientific journal, Infinite Energy, described it thus:
“What is Aetherometry and how to begin to understand it? It comprises the study and measurement of the aether -- not the static, electromagnetic "luminiferous aether" of the 19th Century, but a dynamic non-electromagnetic aether that is amenable to measurement through the deflection of electroscope leaves, mercury thermometers, Geiger-Muller tubes, oscilloscopes, Tesla coils, Faraday cages, and other commonly available instruments and circuit elements. Of course, anyone who is a closed-minded believer in Einsteinian relativity -- the Special or General theories -- would find little or no reason to investigate Aetherometry…”
While the Correas’ work is entirely separate from our own, both authors strongly believe that there is a fundamental connection between a “massfree aether,” and the equally demonstrable hyperdimensional energies it is conveying into our three spatial dimensions. Further experimental work… will advance efforts to ultimately prove or disprove such a critical connection.
Figure 2 – The new “massless aether” experiments. (Correas)
Hoagland's “magnum opus” -- The Monuments of Mars: A City on The Edge of Forever (North Atlantic Books, Berkeley, 1987) -- proposed the first 20th Century restatement of the old 19th Century Hyperdimensional and Aether Model, coupled with the specific discovery of hyperdimensional planetary features identified via contemporary telescope and spacecraft observations. Hoagland showed that “geometric resonant energy fields” within these nearby planets directly affect their observable “atmospheric signatures,” as well as the critical location of major surface features – such as the latitude of the largest shield volcanoes.
Specifically, the focus was on the simple geometric solid known as a “tetrahedron” -- a four-sided object, with each side as an equilateral triangle. Like the other four "Platonic Solids" -- the “octahedron, cube, dodecahedron and icosahedron” -- the tetrahedron will fit perfectly inside of a sphere. If one of its tips is aligned with the north pole of a rotating, planetary sphere -- then the other three points will all emerge at 19.5 degrees, south of the equator. Similarly, if a tetrahedron is hypothetically placed inside with one tip pointing towards the south pole, the other three “vertices” will emerge at 19.5 degrees north of the equator:
Figure 3 - Tetrahedral geometry within rotating sphere. (Hoagland)
As explained in a series of Hyperdimensional Physics papers (www.enterprisemission.com) authored by Hoagland et al., many planetary energy phenomena are seen to emerge directly at this critical 19.5-degree latitude on a variety of planets. Gaseous worlds reveal uniquely energetic "cloud bands" at these latitudes and giant spiraling vortexes at the exact tips of the tetrahedral geometry -- such as the Great Red Spot on Jupiter, and the Great Dark Spot on Neptune. Solid planets tend to demonstrate the largest volcanic “upwelling, hotspot activity” at those latitudes -- such as the Big Island of Hawaii on Earth, and Olympus Mons on Mars…
Figure 4 – Resonant “tetrahedral energy pattern” inside spinning Jupiter, producing Great Red Spot. (Hoagland)
In this Report, we will combine Richard C. Hoagland’s Hyperdimensional Physics Model (published at http://www.enterprisemission.com/hyper1.html), with David Wilcock’s Convergence Model, as expressed in his third book, Divine Cosmos, published at http://ascension2000.com/DivineCosmos. We believe this synthesis can most easily explain the “mysterious” solar system changes currently occurring. When this paper refers to “the Hyperdimensional Physics Model,” both of these sources are being drawn from in that definition. It is outside the scope of this presentation to fully identify and prove all the postulates of these overlapping HD Models (or their individual variations), so these cited documents should be consulted for a more complete understanding of both authors’ work. For someone reading this who tends toward the non-technical, here are a couple of additional analogies.
Magnetism is not a directly visible energy but we know it is there, because of its effects on other things. By the same token, beneath the surface of a body of water, you can’t tell which direction the currents are flowing … except by observing other physical things that the water is moving -- such as particles of sand or sunken leaves. Hyperdimensional energy is not directly visible either – but we can see its effects throughout the entire solar system, such as through the emergence of anomalous dust, gas and ionized particles, as well as otherwise-inexplicable geometric phenomena in certain fluid (planetary atmospheric) systems, which appear to be the result of pressure currents caused by resonant vibrations in some hyperdimensional/massless aether “fluid”. (See “The Matrix is a Reality” by Wilcock at http://ascension2000.com/04.10.03.htm for a quick overview.)
So, on to our examples.
* * *
The Sun
Since at least the late 1970s, the Sun’s overall radiation emissions (as measured by increasingly sophisticated satellites) have increased by 0.5% per decade, which one NASA scientist said “could cause significant climate change” if such effects were to continue over several decades. [14] Another NASA scientist found that between 1901 and 2000, the Sun’s magnetic field has increased in strength by 230 percent. [15] In 1999, a third NASA experimenter observed high increases in the amount of helium and heavier charged particles released during solar events, showing that a real change is occurring in the solar wind component of the Sun’s energetic output, neatly paralleling the other observed changes.. [16]
Prior to 2003, the two strongest solar flares on record were rated at a previously unheard-of X20, and occurred in 1989 and 2001. Then, in November 2003 a flare occurred that some estimate to be at least 200% more powerful than any ever seen before, at a whopping X40 … or higher.[17] As is expected in such events, a coronal mass ejection soon followed – releasing a huge expanding bubble of billions of tons of electrified gas into the solar system. These and other events in late 2003 caused one NASA scientist to say that the Sun is now more active than in living memory, and “there has been nothing like this before.” [18]
Figure 5 - Largest, Brightest-Ever X40 Solar Flare, 11.5.03, (L) and Subsequent CME (R). (NASA-ESA)
Despite all of the above evidence, the case for a fundamental solar change was never truly complete until late last year, with a study that coincidentally emerged just three days before this massive solar explosion occurred. Ilya Usoskin, a mainstream geophysicist, used polar ice core samples to prove that the Sun has been more active since the 1940s than in the previous 1,150 years combined. [19] The Sun’s subsequent fury, just days later, only served to underline and emphasize the point. Considering that the Sun contains fully 99.86 percent of the mass of the solar system, making the planets look like grains of sand by comparison, these continuing changes will undoubtedly affect everything within the Sun’s formidable magnetic, radiative and gravitational grasp…
Mercury
Despite huge surface temperatures, Mercury seems to have ice in its polar regions. This is blamed on comet-based ice that crash-landed into “permanently shadowed craters,” which NASA scientists admit is a “problematic” assumption to make; the ice supposedly has survived for millennia, whereas a NASA probe landing at the pole is only expected to survive one week in the heat. [20] Mercury also has an unexpectedly dense core of iron, consisting of almost half of its entire mass, [21] and a strong dipole magnetic field as well. Scientists would like to know how these anomalies are possible. [22]
Venus
The amount of sulfur in Venus’ atmosphere was found to have decreased “dramatically” between 1978 and 1983. [23] Unfortunately, no study we have yet located assigned a percentage figure to this planet-wide change. But in order to earn the word “dramatic,” it could well have been a 1000-percent decrease (or more!) of sulfur compounds, in only five years.
This huge atmospheric “global change” is currently blamed on a hypothetical “giant volcanic eruption,” which released these sulfur compounds all at once into the Venusian atmosphere, sometime just before 1978 (when a fleet of US spacecraft synchronistically arrived to measure the immediate aftereffects). This anomalous sulfur then mysteriously settled out of the Venusian atmosphere at a very rapid rate.
Importantly, this “volcanic” model cannot be proven, as this alleged eruption was never seen -- either by Earth-based telescopic observations in this timeframe, or by the just-arrived Venus-orbiting spacecraft. Despite this striking lack of actual observational confirmation of such a planet-wide event, NASA simply doesn’t suggest any other possible cause for such a massive, mysterious, global transformation of the entire atmosphere of Venus in only half a decade… [24]
Even more interestingly, Venus’ overall night-side “airglow” brightness increased by a whopping 2500 percent in roughly the same timeframe -- between 1975 and 2001. [25] The new airglow is green in color, which indicates oxygen atoms, and these oxygen emissions are as strong on Venus as they are in Earth’s own oxygen-rich aurora (!); so one possible explanation is that there has been a massive increase in the oxygen content of Venus’ atmosphere. [26]
We also have yet to find a single study that mentions this “dramatic” global decrease of atmospheric sulfur in 1978-83, while simultaneous mentioning the airglow brightness increase, even though the sulfur study was published in Scientific American and other mainstream scientific sources -- as there is no current “mainstream model” that can explain both of these changes as being part of one unified phenomenon.
The last of the six Venus images presented here (below), lower-right pane, shows a curiously geometric pattern associated with this overall 2500% airglow brightness increase – a linear feature that reaches almost halfway across the visible atmosphere of the planet. This anomalous “geometry” suggests to us that hyperdimensionally-forced “fluid changes” in the Venusian atmosphere could somehow be associated with this dramatic brightening, based on the HD model as described above and in our previous works.
Figure 6 - Green nightglow of Venus, ANU 2.3m CASPIR, Sep. 20-26th 2002. (Jeremy Bailey / AAO)URL: http://www.ausgo.unsw.edu.au/JBailey-talk.ppt
A careful study of this 2002 image reveals that the geometric atmospheric formation observed in the lower-right pane may be caused by a tetrahedrally-shaped “energy field.” A picture is worth a thousand words, and Figure 7 says it all. (The position and angular relationships of the linear formation mate precisely with the edge of a hypothetical tetrahedron “inscribed into the sphere” of Venus.)
Figure 7 – Green nightglow of Venus (L) and Tetrahedral Geometry (R). (Bailey/AAO/Wilcock)
(If you now go back and look at Figure 5, you can see that the unprecedented X40 solar flare is also at a perfect “tetrahedral” point, like the white and red area at the bottom left tip (node) of the tetrahedron in this image – only the solar flare is on the right, not the left. Many such “tetrahedral energy node emissions” are visible throughout the solar system, such as the 300-year-long Great Red Spot on Jupiter and the Great Dark Spot on Neptune, and were first brought to public attention through Hoagland’s HD model.)
Planetary scientists cannot explain this remarkable and totally inexplicable recent change in the intrinsic atmospheric brightness of Venus – they honestly admit it’s “a total surprise,” with “no easy explanation.” [27] [28] One NASA/Caltech scientist even went so far as to say that “something weird is going on in the upper atmosphere of Venus,” adding that “the bottom line is that we just don’t know what’s going on.” [29]
Yet another sign of a massive overall increase in the energetic behavior of Venus was revealed in 1997. A tail of charged plasma trailing behind Venus was measured to be 60,000 percent longer in 1997 – stretching almost to the Earth – than where it was first discovered in the late 1970s. According to one NASA/JPL scientist, this tail is “a really strong signal, and there’s no doubt it’s real.” [30]
Figure 8 - Huge Charged Plasma Tail from Venus Extends to Earth (New Scientist, 1997)
All of these changes in the Venusian environment can be seen as part of a larger, hyperdimensional charge-up affecting the entire solar system -- which will become increasingly clear as we continue with more data.
Mars
Between the mid-1970s and 1995, Mars developed significant new cloud cover, had an overall reduction in atmospheric dust content, and revealed a “surprise… abundance” of ozone in its atmosphere. [31] NASA’s Mars Global Surveyor unmanned spacecraft was damaged in 1997 by an unexpected 200% local increase in the density of Mars’ atmosphere. [32] In 1999, a hurricane appeared on Mars for the first time in over 20 years (Figure 9), and was 300% larger than any previously seen. To compare it to the Earth, this hurricane was 400% larger than the state of Texas. [33]
Figure 9 - Giant Hurricane on Mars (NASA/HST 1999)
Though many would like to believe that a fast-acting “global superstorm” is science fiction, a powerful global dust storm engulfed the entire planet of Mars in only three months of 2001, as Figure 10 (below) clearly demonstrates. The official Hubble Space Telescope website described this event as the “biggest global dust storm seen on Mars in several decades,” with unusually energetic behavior, including a speed of travel across Mars’ equator that was “quite unheard of in previous experience”. The description “in several decades” implies that this is the biggest storm in at least 40 years, if not more. Especially interesting is a statement describing this as part of an “abrupt onset of global warming in Mars’ thin atmosphere,” the study of which a NASA scientist from Cornell described as “the opportunity of a lifetime.” [34]
Figure 10 - Planet-Wide Dust Storm on Mars, June 26, 2001 (L) and Sep. 4, 2001 (R). (NASA/HST/WFPC2)
In 2001, mainstream media awoke to “Global Warming” on Mars, including dramatic year-to-year losses of snow cover at the south pole, with rapid erosion of specific icy features. [35] Interestingly, NASA admitted earlier that an underlying geometric structure was somehow involved in the retreat of the icecap. A hexagon-shaped pattern in the ice can clearly be made out in the middle image from January 1997, and is also visible (though rotated counterclockwise a bit) in the left image from October 1996.
Figure 11 - Mars’ North Polar Cap Retreat, Showing Hexagonal
“Wave Structure,” Oct. 1996- March 1997. (NASA/HST/WFPC2)
“Wave Structure,” Oct. 1996- March 1997. (NASA/HST/WFPC2)
Also interesting is that this Martian geometry has appeared on at least two previous occasions as well, in 1995 and 1972. According to NASA, there is a “marked hexagonal shape of the polar cap at this season, noted previously by HST in 1995 and Mariner 9 in 1972; this may be due to topography [the shape of Mars’ lithospheric crust], which isn’t well known, or to wave structure in the circulation.” [36]
In this case, we wholeheartedly agree with NASA.
There does indeed seem to be a geometric wave structure affecting the retreat of Mars’ icecaps as the planet generally heats up. Many scientists are not familiar with three-dimensional wave structures, but they form when any fluid is vibrated. [37] Remember, in the Hyperdimensional Model, the “fluid” that we are looking for is not normally detectable – it is a hyperdimensional force that “bleeds through” into our reality via the three-dimensional, massless aether; the invisible “fluid” permeating all of space which, in turn, then reorganizes visible structures of matter and energy in this dimension. In this case, the HD transfer path is strong enough to reorganize the “cold” pattern of change in Mars’ icecaps along resonance/geometric lines, just as the same HD geometry may be organizing the “hot,” rapidly-increasing green oxygen emissions in the Venus’ atmosphere.
Overall, Mars satisfies our model quite well. Ozone is up and dust is down, both indicating that increased ionization is taking place – a sign of energetic bleed-through in the HD model. The atmosphere is noticeably cloudier and denser, a massive hurricane and a surprisingly fast-moving planet-wide dust storm have dazzled NASA scientists, and “Global Warming” has been announced from more than one major mainstream Martian study. The retreat of Mars’ surface icecaps is seen to be literally shaped by an unseen geometric “wave structure.” Again, these changes are not unique to Mars – they are occurring simultaneously throughout the solar system; the formidable data on Jupiter makes this developing trend emphatically apparent.
Jupiter
Equally mysterious geometric effects have been discovered in Jupiter’s atmosphere, and reported with little fanfare by NASA. Though the scientists refer to the atmospheric structure in Figure 12 as a “quasi-hexagon,” it is also possible within the limitations of the current data to perceive a five-sided pentagon in the Jovian polar cloud structures. What makes this so stunning is that this stable, slowly-rotating feature of Jupiter’s northern polar region creates a “sharp temperature drop” within its neat, geometric boundaries, keeping “the polar atmosphere and stratospheric haze isolated from the rest of the atmosphere.” (One of us -- Wilcock -- believes it is possible that we are seeing one face of another embedded, resonant 3D geometric shape, known as a “dodecahedron,” which is a twelve-sided object, shaped like a soccer ball, where each side is a perfect pentagon.) Using Photoshop, he added in the geometrically-perfect “exposed pentagon” for reference on the left image:
Figure 12 - Jupiter’s Arctic Polar Vortex (NASA/JPL/HST/University of
Hawaii 1999) with Added Pentagon on Left (Wilcock 2004)
Hawaii 1999) with Added Pentagon on Left (Wilcock 2004)
Remember when we were discussing the mysterious appearance of ice at the polar regions of sun-baked Mercury? At that time, we hinted that there might be a hyperdimensional “shielding effect” that is protecting this region from the natural heat of the sun, introducing its own mysterious “refrigerator” mechanism. In Wilcock’s interpretation of the Jovian clouds, the pentagonal “wave geometry” seems to be another signature of equally anomalous cooling in the Jovian polar regions, whereas we saw the already low-temperature polar areas of Mars contained by a hexagonal surface pattern. It seems reasonable to conclude from this growing evidence that a planet’s surface or atmospheric heating pattern can be more affected, at times, by its resonant internal aether “geometry,” than by direct external solar radiation.
If Jupiter is indeed experiencing a hyperdimensional “charge-up,” in the HD model we might expect to see a literal vortex phenomenon appear at some time near one of the nodes (points) of this northern pentagon. A movie made from about 1,200 images of Jupiter taken by NASA’s Cassini spacecraft in late 2000 reveals exactly this – a dark vortex as large as Jupiter’s Great Red Spot, at the same latitude (60 degrees N) as the pentagon’s points!
This node developed a bright spot in the center and then elongated along a straight-line pattern, consistent in its size and angle with the pentagon, with yet another parallel straight line appearing closer to Jupiter’s pole. A Space Daily article mentions this as “unexpectedly persistent polar weather patterns on the giant planet,” where “the movie shows that the small spots last a long time and move in organized patterns.” [39] No comment is made, however, on how the lines that are formed are anomalously straight and parallel -- rather than following the usual curved paths of typical cloud movements (See Figure 9.)
Figure 13 – Straight-line formations in Jupiter’s northern hemisphere. (NASA/JPL/SwRI, 2002)
The NASA text for the movie itself describes “the birth and motion of a dark vortex wider than Earth,” where “a dark patch appears and within two weeks becomes a well-defined oval about the same size and shape as Jupiter’s southern hemisphere Great Red Spot. While this dark vortex is nestled inside the auroral oval, its outer edge begins to circulate in a clockwise direction as it simultaneously develops a small, brighter, inner core. It eventually moves out of the auroral region and deforms by flattening in latitude and growing in longitude. Near the end of the movie, a second, smaller, dark oval appears nearer to the pole and deforms in the wind shear.” [40]
A published study by Dr. Carolyn Porco and others on this event noted, “Other evidence suggest that large oval formation in the polar regions is a recurring phenomenon… which may be quasi-periodic, or rare but recurring, and triggered by an unusual auroral event… However, the evolution of the dark oval is currently unexplained.” [41] [emphasis added]
So, we have the emergence of a giant vortex phenomenon, showing clear signs of consistent geometry, in a region that NASA already admitted as hosting a “quasi-hexagonal”, i.e. pentagonal, shape in the upper-level clouds. Though some may clearly wish to argue that this is foolish “pattern seeking,” once again we have clear evidence of an increase in Jupiter’s energetic atmospheric activity, occurring along internally consistent, geometrically-defined (resonant “standing wave”) patterns…
We are not the only authors to suggest that changes in Jupiter’s vortex phenomena could be related to an overall energetic increase. A major new study on Jupiter actually made it into the April 22, 2004 edition of USA TODAY, announcing the surprise disappearance of several major oval formations in Jupiter’s atmosphere (Figure 14) -- between September 1997 and September 2000. The study demonstrated that without these vortices in place, internal Jovian heat will not be released as efficiently into space as before… and Jupiter will likely experience substantial “global warming” within the next 10 years – a whopping projected temperature increase of 18 degrees Fahrenheit, or 10C. [42]
Figure 14 - Disappearance of white vortexes in Jupiter’s middle latitudes. (NASA/HST 2004)
The planetary scientist behind this study also notes that the Great Red Spot has changed from its traditional red to “something more like salmon,” and believes that this color change may also be due to an overall increase in Jupiter’s temperature. [43] These changes are theorized to be part of a 70-year cycle, which is believed to have started when the three largest ovals first appeared in 1939. What we see now may well be just the beginning. The disappearance of the vortices between September 1997 and September 2000 may be directly related to the appearance of the even-larger polar vortex in Jupiter’s northern hemisphere just days later, which was filmed from October 1st to December 31st 2000. (Figure 13)
The shift in vortex activity from the middle latitudes of Jupiter to the polar latitudes is just one of a variety of clearly measurable changes that are taking place in the largest known planet of the solar system. Figure 15 shows a tube-shaped cloud of hot plasma that was first discovered surrounding Jupiter in 1979. NASA’s Pioneer 10 and 11 probes detected nothing of the sort in 1973-74, which means that this major Jovian system feature, again, emerged in only five years’ time. [44]
Figure 15 - Plasma tube (torus) in the orbit of Jupiter’s moon Io. (NASA/HST)
If we remember that this “tube” did not exist at all as of 1974, this next fact again makes it crystal clear that major energy changes are occurring in and around Jupiter. In 1994, the multiple fragments of comet Shoemaker-Levy 9 slammed into Jupiter, causing quite a celestial spectacle -- as many dark, atmospheric “holes” were created by the extraordinarily energetic impact effects in the upper Jovian atmosphere. With the impact of the “K” fragment, a truly amazing thing happened – two arcs of charged plasma burst out of the planet and maintained a visible structure for about an hour. Though it seems hard to believe (and admittedly it is a poor-resolution image), Figure 16 is exactly as it appears on the official JPL website [45]:
Figure 16 – Auroral emission arcs from Jupiter after
SL-9 “K” impact, July 19, 1994. (NASA/HST/WFPC2)
Even more interestingly, the JPL report states that “Based on comparison with ROSAT satellite X-ray images of Jupiter also taken at time of the K impact, astronomers know that the northern disturbance was brightest near the time of the K impact, and then faded. If HST images had been taken during the K impact, they would likely have shown far brighter arcs than those observed 45 min. later [in the image].” “Far brighter” is quite an unsubtle statement for NASA to make. Figure 17 shows us the ROSAT image that the JPL report is referring to when making this bold statement.
Figure 17 – ROSAT X-ray images of energy emissions from
Jupiter during “K” impact of Comet SL9. (NASA/JPL 1994)
Jupiter during “K” impact of Comet SL9. (NASA/JPL 1994)
The way the article is written indicates clearly that these arcs (Figure 16) were a relatively new phenomenon, never before seen with such intensity, which appear to have been first observed by the Hubble Space Telescope in May of 1994. However, a single ring of this type became a stable, ongoing feature of Jupiter after the July 19, 1994 impact. It was first detected earlier that May, and filmed over time, with far better resolution, between May 1994 and September 1995. [46]
This ring emanates from the polar regions of Jupiter over to the polar regions of the closest moon Io, linking the two together like beads on a bracelet. This tube of energy is equal in its strength to all the manmade power on Earth. Surprisingly, this ring exerts a strong enough influence on Jupiter’s polar regions that it actually bends the cloud flow towards Io. We have not altered this image in any way – what you see is exactly as it appeared on the Hubble website [47]:
Figure 18 - Jupiter’s Aurorae and their Ring-Shaped Formation with Io. (NASA/HST 1995)
Another interesting point about this energy ring is that NASA now knows that electrons are flowing through it in both directions – north to south and south to north. NASA scientists call them “bi-directional electrons.” Conventional models have no explanation for this phenomenon, but it fits perfectly with Wilcock’s basic model as expressed in his third volume, The Divine Cosmos, once we understand the importance of counter-rotating energy fields in all physics. (http://ascension2000.com/DivineCosmos)
In 1995, the Galileo probe arrived at Jupiter, and began measuring a variety of changes. Jupiter’s atmosphere was discovered by NASA scientists to be hundreds of degrees hotter than anticipated. [48] The amount of heavy elements (such as oxygen) in Jupiter’s atmosphere decreased by a stunning 10% between 1979 and 1995, which is equivalent to 20 Earth-masses of oxygen “embarrassingly” disappearing in 16 years. [49] [50] Radiation emissions from Jupiter simultaneously increased by about 25% between 1979 and 1995. [51]
Jupiter’s closest moon is Io, the most volcanically active satellite in the solar system. Let’s not forget that the impact of Comet SL-9 triggered a huge energetic increase in Jupiter, beginning on July 19, 1994 with the “K” impact and the resulting “auroral emission arcs,” (Figure 17), one of which streamed into the north and south poles of Io and revealed itself to be a stable, ongoing feature thereafter. One year later, in July 1995, Io had developed a huge, bright, 200-mile-wide feature… not at the polar regions where the bright arc of energy was entering, but directly along the equator! This was a more dramatic change than any seen in the previous 15 years. [52]
Figure 19 - Unexplained 200-mile-wide “Hotspot” on Io Emerges
over 16-Month Period (NASA/HST/WFPC2, 1995)
over 16-Month Period (NASA/HST/WFPC2, 1995)
This circular formation of sudden, inexplicable brightness fits perfectly with the HD model – in this case, showing us the “pure” geometry of a higher energy “octahedral resonance pattern” emerging at one of its points along the equator of Io. The HD energy entered into the moon in the polar regions, and then through the angular momentum of the moon’s rotation, burst out at the equator at a geometrically-defined point, similar to a lawn sprinkler throwing off water. [53]
Figure 20 - Octahedral Geometry in 1994-95 Io Brightness
Increase. (Wilcock, 2004 with NASA/HST, 1995)
Increase. (Wilcock, 2004 with NASA/HST, 1995)
NASA’s Hubble Site said that up until this bright feature emerged at the equator, “Io’s surface had undergone only subtle changes since it was last seen close-up by the Voyager 2 probe in 1979.” [54] However, just one year later, JPL said that “the changes we are seeing on Io are dramatic… The colors of material on the ground and their distribution has changed substantially since the Voyager flybys of 1979.” [55] Did this change happen in one year, or are the Hubble and JPL scientists simply interpreting the data in different ways? This “dramatic” color change on Io could indicate that new types of matter are being released from the volcanoes themselves, in just 17 years.
Even more interestingly, NASA actually admitted in 2000 that Io behaves “as though it were a fluid,” [56] which we believe is partly responsible for the emergence of otherwise-unexplained geometric effects. As a further support to the fluid concept, “In a 42-hour span, every point on Io goes from high tide to low tide, with its rocky surface rising and falling by up to 300 feet (90 meters) or more… This constant tidal motion is what triggers the endless volcanoes.” [57]
Another suggestion of the hyperdimensional geometry of the octahedron at work on Io was spotted in 1997. As can be easily seen in detailed images of Io’s surface, the volcano Prometheus sits directly on the equator, suggesting (in the HD model) that it is caused by an internal “octahedral” geometric wave -- similar to how Mars, Venus and Earth all show substantial volcanic activity at the 19.5-degree “tetrahedral” latitude. According to NASA, an “intriguing difference” appears in Prometheus between 1979 and 1997: the volcano is “now erupting from a position about 75 kilometers (46.5 miles) west from where the hot spot resided in 1979.” [58]
Volcanoes are not supposed to get up and gallop 46.5 miles along the surface of a satellite in conventional models, (!), but if Prometheus is a sign of octahedral vortex activity, it is possible that the geometric wave is slowly rotating within Io itself. The Hawaiian Islands on Earth, clustering in a long chain at the critical 19.5-degree latitude, may be another example of such changes, except that with the Earth’s harder, cooler crust, the old volcanoes remain in place as the vortex slowly travels.
The comet impact, energy ring and subsequent geometric “pressure release” of Io in 1995, as well as the volcanic anomalies, are only one aspect of a larger change on and around Io; though this chain of events may have signaled an important turning point in Io’s energetic transformation. Io’s ionosphere became 1000% higher between 1973 and 1996, from 30-60 miles to 555 miles in height. [59]
Io’s surface became over 200% hotter between 1979 and 1998, sporting a temperature over three times hotter than the sunlit surface of Mercury – and according to NASA, “Scientists don’t yet know how to explain what is happening on Io.” [60] In 2000, NASA also admitted that “most of the heat [is coming] from Io itself, rather than absorbed sunshine.”[61] New colors [spectral evidence of new ions in the Io environment, not present before] were seen in Io’s aurorae in 1998. [62] Yet additional new colors were discovered in 2001. [63][64]
In early January 2001, Io had an inexplicable “bright spot” emerge in ultraviolet wavelengths during an eruption of its volcano Pele, which sits at about 19.5 degrees south latitude. According to NASA, “silicate lava cannot be hot enough to explain a bright spot in the ultraviolet, so the origin of this bright spot is a mystery.” [65]
This same article also presents “the first image ever acquired of an active [volcanic] plume over a polar region of Io.” [66] (See Figure 21.) “Scientists were astounded to discover so large a plume so near the pole, because all active plumes previously detected on Io have been over equatorial regions and no others have approached Pele’s in size.” [67] Volcanoes in the polar regions make no sense to mainstream scientists, but are an obvious consequence of the HD model, since there are geometrically-defined vortexes there.
On Aug. 6, 2001, a “previously undiscovered and still unnamed volcano” (read: brand new), released a 310-mile-high plume, “making this the largest plume ever detected on Io.” [68] (See Figure 21.) How, in conventional models, would a brand-new volcano suddenly emerge on the surface of a satellite and then release the highest plume of gas and dust ever seen there?
Figure 21 – New Volcano on Io Releases Largest Plume Ever Seen, Aug. 2001 (NASA)
The roughly 60-degrees-north geometric position of the new volcano strongly suggests that it could be caused by the same pentagonal (dodecahedral) polar geometry that we see in Jupiter’s northern hemisphere… a geometry that had fired into action beginning in October 2000, just after the white vortices finished vanishing from the middle of the planet in September 2000. Perhaps it took a little less than one year for this hyperdimensional shift of Jupiter to be “gated” over to Io, causing a very similar energetic effect there – the most massive volcanic eruption ever observed.
As we saw in Figure 15, a donut-shaped tube of glowing plasma energy fills the entire path of Io’s orbit. Scientists think this tube is caused by charged particles spewing from Io’s volcanoes. The charged particles in this tube became 50% denser between 1979 and 1995. [69] The overall density of the tube increased by 200% between 1979 and 1995, [70] and as we saw earlier, the tube itself did not exist prior to 1979. A ‘cold’ portion of the tube separated itself out and became significantly brighter between 1999 and 2000. This most recent change led NASA scientists to conclude that “sufficient data are probably not available to determine the cause or effect of the torus (plasma tube) variability.” [71] This is a very polite way of saying, “We just don’t know what the hell, scientifically, is going on!”
Figure 22 - Io plasma torus (green) and newly discovered Europa
plasma torus (blue) surrounding Jupiter. (NASA 2003)
plasma torus (blue) surrounding Jupiter. (NASA 2003)
Confounding the mainstream models even further, another “large and surprisingly dense” plasma tube was discovered in 2003 (Figure 22), this time, sharing the orbit of the moon Europa. In this case, there are no volcanoes on Europa’s surface that could account for where the charged particles in the tube are coming from, despite the fact that conventional Jovian system models insist that volcanoes have to be the main source of the new plasma. [72] Further underlining these dramatic changes, as of about 2003, Europa’s aurora was observed to have “a much brighter region” than it was “expected” to have, based on a 1998 model (Figure 22). Again, the picture (below) says it all. [73]
Figure 23 - Difference between theoretical model of Europa’s brightness
with actual HST observations. (NASA/HST/McGrath et al. 2004)
with actual HST observations. (NASA/HST/McGrath et al. 2004)
Jupiter’s third moon, Ganymede, became over 200% brighter in its aurora between 1979 and the mid-1990s, and certain areas are now up to 700% brighter than any before seen (Figure 24). [74] This increase in brightness may be caused by an observed 1000% increase in the density of Ganymede’s atmosphere since 1979. [75] Ganymede also has its own magnetic field, in defiance of all conventional expectations, leading one NASA scientist to say, “Either something’s wrong with our [internal dynamo] theory, or our understanding of Ganymede’s history.” [76]
Figure 24 – Green Oxygen Aurora Brightness on Ganymede (NASA/HST/McGrath et al. 2004)
At the orbit of Jupiter’s fourth major moon, Callisto, electron density measurements made by the Galileo spacecraft found 1000 times more electrons per cubic kilometer than expected from Jupiter’s own magnetosphere at that great distance. [77] This strongly indicates some type of material (probably water) is currently being liberated from Callisto, despite no observations of associated volcanic activity, et cetera. When ionized by Jupiter’s own radiation belts, this material would release excess electrons in direct proximity to Callisto’s orbit -- another, albeit indirect, indication of enhanced energy being deposited inside Callisto from “somewhere.”
Furthermore, when Galileo was on its way towards Callisto on August 12, 1999, before making its closest approach two days later, it encountered what NASA called an “unexpected whopper dose of radiation.” One scientist said, “We anticipated the spacecraft’s star scanner would detect about 300 to 400 pulse counts of radiation, so imagine our surprise when the instruments showed Galileo had flown through 1,400 pulse counts!... Then again, that’s why we’re exploring Jupiter and its moons -- to discover these unusual phenomena.” [78] The radiation caused four different spacecraft faults that were able to be handled by onboard software, which included disabling one backup spin detector that had been damaged in the event.
This unexpected radiation blast “took place one week after the largest heat output since 1986 from Jupiter’s volcanic moon Io.” It may be significant that all these events clustered around the Grand Cross astrological event of August 1999, where many of the planets were in hyperdimensionally dissonant 90 and 180-degree angles to each other.
As we head even farther away from the center of Jupiter, a new “dust ring” was discovered encircling the planet in 1998 -- and, in defiance of all expected celestial mechanics, its particles orbit in the opposite direction to Jupiter’s own rotation, and the orbital direction of its major satellites. [79] Again, counter-rotating fields are a basic aspect of Wilcock’s hyperdimensional model. [80]
In the course of our research for this article, we dug up two other Jupiter anomalies that support Hoagland’s hyperdimensional model, based on the geometry of the tetrahedron inside a sphere, as seen in Figures 3 and 4. We have put these anomalies at the end of this section since they do not precisely show a change in Jupiter’s energetic activity, but simply demonstrate the underlying “new” physics at work.
First, in an article from Science magazine in March 2003, a diagram is shown of the velocities of Jupiter’s cloud bands, based on latitude. The fastest and slowest cloud speeds on Jupiter occur at exactly 19.5 degrees north and south, respectively. These speed anomalies have shown remarkable persistence -- they were there when Voyager 2 visited Jupiter in 1979, and the latest Cassini data of 2003 continue to show the same phenomena. According to the NASA scientist working on this, “The stability of Jupiter’s zonal winds, given the turbulent nature of its cloud patterns, is a remarkable feature of its atmosphere.” [81]
Figure 25 - Graph of Highest and Lowest Wind Speeds on Jupiter,
Showing Activity at “Hyperdimensional” Latitudes (Porco et al. 2003)
Showing Activity at “Hyperdimensional” Latitudes (Porco et al. 2003)
The “hyperdimensional bleed-through” geometry of the tetrahedron appears to be creating the Great Red Spot in Jupiter’s southern hemisphere at 19.5 degrees S and slowing down the speed of the cloud rotations at that latitude. If this formation does truly exist, then it would also come to a point at the geometric north pole of Jupiter. Interestingly, a recent study has found that in approximately 45-minute intervals, flashes of X-ray activity are emerging from the geometric north pole of Jupiter… even though Jupiter’s aurora is not centered on the pole, as we can see in Figure 26. The energy released by this point is equivalent to a colossal gigawatt pulse of energy rocketing through the solar system. [82]
A NASA article discussing this phenomenon says the following: “"We weren't surprised to find x-rays coming from Jupiter," he [Dr. Randy Gladstone] continued. Other observatories had done that years ago. The surprise is what Chandra has revealed for the very first time: the location of the beacon -- surprisingly close the planet's pole -- and the regular way it pulses…"The 45-minute pulsations are very mysterious," adds Elsner. They're not perfectly regular like a signal from E.T. might be; the period drifts back and forth by a few percent. "This is a natural process," he adds, "we just don't know what it is..." (emphasis added)
Figure 26 - Composite Image – Jupiter, Glowing Auroral Ring (Blue) and Polar X-Rays (Red) (NASA 2002)
With Jupiter, the geometric fingerprints of hyperdimensional energy are very clear. In the image on the right in Figure 25, we can see that the fine lines of the X-rays (in false-color red) actually look like the top of a tetrahedron, other than the large vertical straight-lined area of extra brightness to the left. The large circular bright area to the right would be the top of the tetrahedron, and two lines are seen to extend downward from it in a triangular fashion, maintaining a 60-degree angle from each other as we would expect.
This X-ray phenomenon occurs 15 times for every rotation of Jupiter on its axis. More research will probably provide an answer to what is causing the cycle, (we do have ideas, such as varying “hyperdimensional” angles caused by the orbits of the four main moons of Jupiter,) but the area where the X-rays are emanating from is clearly geometric… rather than being in alignment with the center of Jupiter’s electromagnetic aurora.
So, to summarize and review what we have just learned, in just the last 30 years overall, Jupiter and its satellites have undergone a remarkable series of energetic and hyperdimensional changes. Vortexes are disappearing from Jupiter’s middle latitudes and reappearing at geometrically-defined points in the polar regions. A plasma tube in the orbit of the moon Io has shown remarkable increases in brightness and density. Jupiter’s atmosphere has experienced huge decreases in heavy elements and increases in helium, and overall radiation emissions have increased.
A comet impact caused huge, bright arcs to surge out of Jupiter, one of which connected with Io and remained stable. The HD energy streaming in at the north and south pole was redirected to a perfectly geometric, single 200-mile-wide point at the equator. New colors were seen on Io’s surface and the largest volcano ever seen appeared for the first time less than a year later. Io’s ionosphere became much higher, the surface became hotter, and new colors were seen in the aurora.
Europa was also found to have a mysterious tube of energy in its orbital path, and was recently observed to be far brighter than expected. Ganymede’s aurora also brightened substantially, possibly indicating an atmospheric density increase. Callisto’s aurora was fully 1000 times stronger than expected, and nearby radiation levels were as much as 467% higher than expected. Another giant tube of energy was found beyond the orbit of Callisto, and was inexplicably counter-rotating.
The slowest cloud speeds are at 19.5 degrees south latitude, and the fastest cloud speeds are at 19.5 degrees north, in precise alignment with the Hyperdimensional Model. A whopping gigawatt-sized X-ray pulse emerges from the exact geometric north pole of Jupiter every 45 minutes, showing us the top of the same tetrahedral energy field that emerges as the Great Red Spot… which is large enough to hold two Earths.
Taken together, these findings demonstrate the remarkable geometric properties of Jupiter, and an undeniable evolution in the basic nature of its temperature, composition and energetic behavior as a system. As we move on into Part Three of this Report, we will discover that every other remaining planet… Saturn… Uranus… Neptune… Pluto… Earth… is showing us similar types of changes, thus truly demonstrating that we are dealing with an interplanetary transformation. We will also see evidence from studies of Earth that show how the changes we experience here are directly correlated with changes in the greater solar system.
[14] “Since the late 1970s, the amount of solar radiation the sun emits, during times of quiet sunspot activity, has increased by nearly .05 percent per decade, according to a NASA funded study.
"This trend is important because, if sustained over many decades, it could cause significant climate change," said Richard Wilson, a researcher affiliated with NASA's Goddard Institute for Space Studies and Columbia University's Earth Institute, New York.”
NASA Goddard Space Flight Center. NASA Study Finds Increasing Solar Trend that can Change Climate. March 20, 2003. URL: http://www.gsfc.nasa.gov/topstory/2003/0313irradiance.html
[15] “…according to Michael Lockwood and colleagues at the Rutherford Appleton Laboratory in England… Analyzing instrument measurements taken since 1868, they conclude that the sun's exterior magnetic field has increased by 230 percent since 1901 and by 40 percent since 1964.”
Suplee, Curt. Sun Studies May Shed Light on Global Warming. Washington Post, Monday, Oct. 9, 2000, pg. A13. URL: http://www.washingtonpost.com/wp-dyn/articles/A35885-2000Oct8.html
[16] “A team of researchers led by George Gloeckler, a physics professor at the University of Maryland, published a paper in the Jan. 15, 1999 issue of Geophysical Research Letters (GRL) about the unusual composition of the May 2-3 (1998) coronal mass ejection (CME) – a bubble of gas and magnetic field lines that the sun ejects over the course of several hours… Coronal mass ejections carry plasma, or ionized gas, away from the sun at speeds approaching 2,000 kilometers per second…
“We were completely surprised by the highly unusual and unexpected composition in this CME,” Gloeckler says. His team observed, for example, that the density of 4He+ [a form of charged helium] was almost as high as the density of 4He++ for several hours. “Such large 4He+/4He++ratios, persisting for hours, have never been observed in the solar wind before,” they write. They also observed high increases of helium and heavier ions in the CME plasma. The unusual composition of the CME lasted an exceptionally long time, they write… “This is certainly not an average solar wind but an anomalous situation,” Gloeckler says. “Yet such anomalous findings often lead to deeper understandings of physical processes.”
Bartlett, Kristina. ACEing the sun. American Geophysical Union / Geotimes News Notes, April 1999. URL: http://www.geotimes.org/apr99/newsnotes.html
[17] “Craig DeForest, a solar physicist at the Southwest Research Institute, said… “I’d take a stand and say it appears to be about X40 based on extrapolation of the X-ray flux into the saturated period… “That estimate may even be conservative,” he said.”
Britt, Robert Roy. Solar super-flare amazes scientists. Space.com / MSNBC.com, Nov. 6, 2003. URL: http://www.msnbc.com/news/984388.asp?cp1=1
[18] Dr Paal Brekke, deputy project scientist for the Solar Heliospheric Observatory (SOHO) Sun-monitoring satellite, told BBC News Online… "I think the last week will go into the history books as one of the most dramatic solar activity periods we have seen in modern times… As far as I know there has been nothing like this before."”
Whitehouse, David Ph.D. What is Happening to the Sun? BBC News Online, Tuesday, November 4, 2003. URL: http://news.bbc.co.uk/2/hi/science/nature/3238961.stm[19] “Ilya Usoskin, a geophysicist who worked with colleagues from the University of Oulu in Finland and the Max Planck Institute for Aeronomy in Katlenburg-Lindau, Germany, has found that there have been more sunspots since the 1940s than for the past 1150 years.
Sunspot observations stretch back to the early 17th century, when the telescope was invented. To extend the data farther back in time, Usoskin's team used a physical model to calculate past sunspot numbers from levels of a radioactive isotope preserved in ice cores taken from Greenland and Antarctica…
Mike Lockwood, from the UK's Rutherford Appleton Laboratory near Oxford…told New Scientist that when he saw the data converted to sunspot numbers he thought, "why the hell didn't I do this?" It makes the conclusion very stark, he says. "We are living with a very unusual sun at the moment."
Hogan, Jenny. Sun More Active than for a Millennium. New Scientist, November 2, 2003. URL: http://www.newscientist.com/news/news.jsp?id=ns99994321
[20] “Mercury would seem to be one of the least likely places in the solar system to find ice. The closest planet to the Sun has temperatures which can reach over 700 K… Nonetheless, Earth-based radar imaging of Mercury has revealed areas of high radar reflectivity near the north and south poles, which could be indicative of the presence of ice in these regions (1-3). There appear to be dozens of these areas with generally circular shapes. Presumably, the ice is located within permanently shadowed craters near the poles, where it may be cold enough for ice to exist over long periods of time…
Water ice on the surface of Mercury is exposed directly to vacuum, and will rapidly sublime and escape into space unless it is kept cold at all times. This implies that the ice can never be exposed to direct sunlight. The only locations on the surface of Mercury where this is possible would seem to be near the poles, where the floors of some craters might be deep enough to afford permanent shading. Whether such permanently shadowed craters exist on Mercury is still problematic…
The Surface Lander, however, will survive only one week in the harsher conditions on the planet. It will land near a pole…”
Jong, Diana. Mysteries of Mercury: New Search for Heat and Ice. Space.com, Dec. 31, 2002. URL: http://www.space.com/scienceastronomy/mysteries_mercury_021231.html
[21] Woodfill, Jerry. Mercury. NASA/Johnson Space Center Space Educators’ Handbook, Feb. 8, 2000. URL: http://vesuvius.jsc.nasa.gov/er/seh/mercury.html
[22] “(In 1974-75,) Mariner 10 revealed several intriguing features of Mercury, and not all are superficial. Beneath its surface, Mercury is hiding a core that seems to be denser than Earth's, unexpected given the planet's size (about the same as the Moon). Also unexpectedly, Mercury has a relatively strong magnetic field…
“What we need to know is how particularly the planet is capable of evolving so close to the Sun,” says Marcello Coradini, ESA's coordinator for solar system missions.”
Jong, Diana. Mysteries of Mercury: New Search for Heat and Ice. Space.com, Dec. 31, 2002. URL: http://www.space.com/scienceastronomy/mysteries_mercury_021231.html
[23] ““Our model shows Venus has changed dynamically in the recent past," said Bullock. “Since Venus and Earth have a number of similarities, there are implications here for our own future." An article by Bullock and Grinspoon regarding global change on Venus appears in the March issue of Scientific American…
In 1984, LASP colleague Larry Esposito used data from NASA's Pioneer Venus satellite to determine that concentrations of sulfur dioxide in the high clouds declined dramatically from 1978 to 1983, indicating a massive volcanic eruption occurred a decade before.
"Venus is the only chance for studying an evolving climate system like Earth in our own solar system," said Grinspoon…
The model indicates "the climates of Earth-like planets can undergo abrupt transitions because of interactions among planetary-scale processes." Studies of Earth's ice cores show temperatures can rise nearly 20 F in less than a decade.”
"Venus is the only chance for studying an evolving climate system like Earth in our own solar system," said Grinspoon…
The model indicates "the climates of Earth-like planets can undergo abrupt transitions because of interactions among planetary-scale processes." Studies of Earth's ice cores show temperatures can rise nearly 20 F in less than a decade.”
Bullock, Mark et al. New Climate Modeling of Venus May Hold Clues to Earth’s Future. University of Colorado at Boulder News, Feb. 18, 1999. URL: http://www.colorado.edu/PublicRelations/NewsReleases/1999/New_Climate_Modeling_Of_Venus_.html
NASA. Aeronautics and Space Report of the President: Fiscal Year 1995 Activities. Curator: Lillian Gipson, Last Updated September 5, 1996. URL: http://www.hq.nasa.gov/office/pao/History/presrep95/solarsys.htm
[25] “Measurements to record the nightglow of Venus were carried out with the Keck telescope just before sunrise on November 20, 1999. Analysis of the resultant spectrum at the position of the oxygen green line showed strong emission from the terrestrial atmosphere and a comparable signal from Venus, with an intensity some 25 times (2500%) greater than the upper limits set by the (Russian) Venera results (from 1975).”
Resnick, Alice. SRI International Makes First Observation of Atomic Oxygen Emission in the Night Airglow of Venus. SRI International, Jan. 18, 2001. URL: http://www.sri.com/news/releases/01-18-01.html
[26] “Astronomers observing the night side of Venus were surprised to find emissions from oxygen atoms as strong as those from aurora in the Earth's atmosphere. The discovery is puzzling because the Venusian atmosphere is very different to our own - it contains very little oxygen and is dominated by carbon dioxide.
…the Russian Venera orbiters visited Venus in 1975 and found no sign of the green signal. “We do not understand how the variability can be this large”, said Slanger, although the team speculates that the fluctuations could be connected with the solar cycle.”
Physics Web. Night-time on Venus. Physics Web: Physics news, jobs and resources. Jan. 18, 2001. URL: http://www.physicsweb.org/article/news/5/1/10[27] “The Soviet probes (Venera 11 and Venera 12 – back in 1975) spotted the colors that indicated the presence of oxygen molecules – pairs of oxygen atoms that have bonded together – but not the green color given off by excited, single oxygen atoms.
In November 1999, researchers from S.R.I. International in Menlo Park, Calif. and the Lowell Observatory in Flagstaff, Ariz., pointed the 10-meter Keck telescope on Mauna Kea, Hawaii, toward Venus for eight minutes and saw the distinctive green glow of oxygen atoms.
“It was a total surprise,” said Dr. Thomas G. Slanger, a scientist at S.R.I. and lead author of a paper in the current issue of Science. The scientists believe the instruments aboard the Venera spacecraft were working correctly when they detected the fainter molecular-oxygen glow…
There is also no easy explanation for what is causing the oxygen atoms to switch on.”
Chang, Kenneth. Mysterious Night Glow in the Skies of Venus Puzzles Scientists. New York Times, Jan. 28, 2001. URL: http://www.nytimes.com/2001/01/23/science/23VENU.html
[28] “Astronomers observing the night side of Venus were surprised to find emissions from oxygen atoms as strong as those from aurora in the Earth's atmosphere. The discovery is puzzling because the Venusian atmosphere is very different to our own - it contains very little oxygen and is dominated by carbon dioxide. …the Russian Venera orbiters visited Venus in 1975 and found no sign of the green signal. “We do not understand how the variability can be this large”, said Slanger, although the team speculates that the fluctuations could be connected with the solar cycle.”
Physics Web. Night-time on Venus. Physics Web: Physics news, jobs and resources. Jan. 18, 2001. URL: http://www.physicsweb.org/article/news/5/1/10
[29] “Accompanying the Science paper by Slanger, et al, is a commentary by Dr. David Crisp from the NASA/Caltech Jet Propulsion Laboratory.
"I certainly trust those data," stated Dr. Crisp. "Something weird is going on in the upper atmosphere of Venus."
The first bottom line is that we just don't know what's going on.”
Perew, Mark. Evidence of Atomic Oxygen Challenges Understanding of Venus. Universe Today, Jan. 19, 2001: http://www.universetoday.com/html/articles/2001-0119a.html)
[30] “Using satellite data, an international team of researchers has found that Venus sports a giant, ion-packed tail that stretches almost far enough to tickle the Earth when the two planets are in line with the Sun.
"I didn't expect to find it," says team member Marcia Neugebauer of the Jet Propulsion Laboratory in Pasadena, California. "It's a really strong signal, and there's no doubt it's real."
NASA's Pioneer Venus Orbiter first found the tail in the late 1970s. Around 70,000 kilometres from the planet, the spacecraft detected bursts of hot, energetic ions, or plasma. The tail exists because ions in Venus's upper atmosphere are bombarded by the solar wind, a stream of plasma that blows out from the Sun.
But now Europe's Solar and Heliospheric Observatory (SOHO), a project partly sponsored by NASA, has shown that the tail stretches some 45 million kilometres into space, more than 600 times as far as anyone realised.”
Hecht, Jeff. Planet’s Tail of the Unexpected. New Scientist, 31 May 1997. URL: http://web.archive.org/web/19970605230452/http://www.newscientist.com/ns/970531/nvenus.html (also see http://www.holoscience.com/news/balloon.html)
[31] Savage, Don et al. Hubble Monitors Weather on Neighboring Planets. HubbleSite News Center, 1995, no. 16. URL: http://hubblesite.org/newscenter/newsdesk/archive/releases/1995/16/text
[32] “On that particular orbit [of the Mars Surveyor probe], the atmospheric density had suddenly jumped by about a factor of two (200%) above its value on previous orbits, so that the drag force was proportionately greater. Such density variations, while unexpected, are not considered extraordinary for the season on Mars.”
Wheaton, Bill. JPL and NASA News. Nov. 1997. URL: http://www.aqua.co.za/assa_jhb/Canopus/c97bjpl.htm
[33] Villard, Ray et al. Colossal Cyclone Swirls Near Martian North Pole. HubbleSite News Center, May 19, 1999, no. 22. URL: http://hubblesite.org/newscenter/newsdesk/archive/releases/1999/22/
[34] Savage, Don / Hardin, Mary / Villard, Ray / Neal, Nancy. Scientists Track “Perfect Storm” on Mars. HubbleSite NewsCenter, Oct. 11, 2001, no. 31. URL: http://hubblesite.org/newscenter/newsdesk/archive/releases/2001/31/text/
[35] Britt, Robert Roy. Mars Ski Report: Snow is Hard, Dense and Disappearing. Space.com, Dec. 6, 2001. URL: http://www.space.com/scienceastronomy/solarsystem/mars_snow_011206-1.html
[36] James, Phil et al. Seasonal Changes in Mars’ North Polar Ice Cap. HubbleSite NewsCenter, 1997, no. 15. URL: http://hubblesite.org/newscenter/newsdesk/archive/releases/1997/15/image/b
[37] For reference, this next image shows a series of formations that can appear in water, by simply vibrating it at “pure” (Diatonic) sound frequencies. The white lines are caused by tiny free-floating particles suspended in the water, which are gathered up by the pressures of the three-dimensional waves. Hexagonal structures are clearly visible in the centers of the top-right and bottom-right panes, and the top-right pane has two very clear tetrahedrons in it, exactly as they appear on planets in the HD model. The tetrahedrons look like a snowflake from this angle:
Supplemental - Three-Dimensional Geometric Wave Patterns Caused by Sound Vibrations in Water (Dr. Hans Jenny)
[38] “Observations with two NASA telescopes show that Jupiter has an arctic polar vortex similar to a vortex over Earth's Antarctica that enables depletion of Earth's stratospheric ozone.
These composite images of Jupiter's north polar region from the Hubble Space Telescope (right) and the Infrared Telescope Facility (left) show a quasi-hexagonal shape that extends vertically from the stratosphere down into the top of the troposphere. A sharp temperature drop, compared to surrounding air masses, creates an eastward wind that tends to keep the polar atmosphere, including the stratospheric haze, isolated from the rest of the atmosphere.
The linear striations in the composite projections are artifacts of the image processing. The area closest to the pole has been omitted because it was too close to the edge of the planet in the original images to represent the planet reliably.
The sharp boundary and wave-like structure of the haze layer suggest a polar vortex and a similarity to Earth's stratospheric polar clouds. Images of Jupiter's thermal radiation [shown in the false-color image on the left] clinch that identification…
These images were taken Aug. 11 through Aug. 13, 1999, near a time when Jupiter's north pole was most visible from Earth. Other Infrared Telescope Facility images at frequencies sensitive to the polar haze were taken at frequent intervals from June to October 1999. They show that the quasi-hexagonal structure rotates slowly eastward at 1.2 degrees of longitude per day, a rate consistent with the average wind speeds measured from movement of visible clouds.
Of particular interest but yet unknown is how deep into Jupiter's troposphere the phenomenon extends…”
NASA Planetary Photojournal. PIA03864: Cold Hole over Jupiter’s Pole. NASA/JPL/HST/University of Hawaii. 1999. URL: http://photojournal.jpl.nasa.gov/catalog/PIA03864
[39] Space Daily. Seventy-Day Jupiter Movie Pulls Patterns Out Of Chaos. Space Daily, July 23, 2001. URL: http://www.spacedaily.com/news/jupiter-clouds-01a.html
[40] NASA. Ultraviolet Movie of Jupiter’s Polar Stratosphere. NASA/JPL/SwRI, March 13, 2002. URL: http://ciclops.lpl.arizona.edu/PR/2002C13/PR2002C13A.html
[41] Porco, Carolyn et al. Cassini Imaging of Jupiter’s Atmosphere, Satellites, and Rings. Science magazine, vol. 299, March 7, 2003. URL: http://ciclops.arizona.edu/sci/docs/porco-etal-cassini-jupiter-science-2003.pdf
[42] Yang, Sarah. Researcher predicts global climate change on Jupiter as giant planet’s spots disappear. UC Berkeley Press Release, April 21, 2004. URL: http://www.berkeley.edu/news/media/releases/2004/04/21_jupiter.shtml
[43] Britt, Robert Roy. Jupiter’s spots disappear amid major climate change. USA TODAY / Tech / Space.com, April 22, 2004. URL: http://www.usatoday.com/tech/news/2004-04-22-jupiter-spots-going_x.htm
[44] “[In 1979,] the Voyagers saw ultraviolet emissions (in Jupiter’s magnetic field) from doubly and triply ionized sulfur and doubly ionized oxygen. Pioneers 10 and 11 did not detect them, so hot plasma evidently was not present [in Jupiter’s magnetic field] in 1973 and 74.”
NASA/JPL. Voyager Science at Jupiter: Magnetosphere. Jet Propulsion Laboratory, California Institute of Technology. URL: http://voyager.jpl.nasa.gov/science/jupiter_magnetosphere.html
[45] Clarke, John T. Hubble Sees Auroral Emission Arcs Following the K Impact. NASA/JPL, Sept. 29, 1994. URL: http://www2.jpl.nasa.gov/sl9/image271.html
[46] Cambridge University. Hubble follows rapid changes in Jupiter’s aurora. Cambridge University Institute of Astronomy, Oct. 17, 1996. URL: http://www.ast.cam.ac.uk/HST/press/32.html
[47] Free Republic. Astronomy Picture of the Day. Hubble Image, Hubble Image, Photo No.: STScI-PRC96-32, Oct. 17, 1996. URL: http://209.157.64.200/focus/f-chat/727721/posts
[48] “A central theme that emerges in the discussion of the middle and upper atmosphere is the temperature… In the thermosphere, a top question is about the temperature itself, why it is hundreds of degrees hotter than was anticipated based on a theory that is adequate for Earth and Titan…”
Bagenal, Fran et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 1: Introduction. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch1.pdf
[49] “Models give a range in Jupiter’s heavy element abundance between 3 and 13% by mass. This is a huge uncertainty. Oxygen is the third most abundant element in the universe and is assumed to comprise half the mass of heavy elements in Jupiter. Up to 20 Earth-masses of oxygen unaccounted for seems a bit of an embarrassment.”
Bagenal, Fran et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 1: Introduction. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch1.pdf
[50] “…the Sun has only 2% of its mass in elements other than hydrogen and helium (the heavy elements), whereas Jupiter has between 3 and 13%...
In 1995, after a long journey, the Galileo probe successfully measured the composition and structure of Jupiter’s atmosphere. [Since] the new value for the helium mass mixing ratio… was higher than the Voyager measurement [indicating an increase in helium content in the atmosphere], the models… would necessarily yield a smaller quantity of heavy elements in the molecular region [of Jupiter’s atmosphere.]”
Guillot, Tristan et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 3: The Interior of Jupiter. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch3.pdf
[51] “The synchrotron [radiation] emission intensity levels at the time of the Galileo probe measurements [beginning in 1995] were about 25% higher than during the Pioneer flybys [of 1979.] (Klein et al. 2001).”
Bolton, Scott J. et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 27: Jupiter’s Inner Radiation Belts. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch27.pdf
[52] “This pair of images of Jupiter’s volcanic moon Io, taken with the Hubble telescope, shows the surprising emergence of a 200-mile-wide, yellowish-white feature near the center of the moon’s disk [photo on the right]. This represents a more dramatic change in 16 months than any seen over the previous 15 years, say researchers. They suggest the spot may be a new class of transient feature on the moon. For comparison the photo on the left was taken in March 1994, before the spot emerged.”
Spencer, J (Lowell Observatory) and NASA. Hubble Discovers Bright New Spot on Io. Hubble News Center, 1995, No. 37. URL: http://hubblesite.org/newscenter/newsdesk/archive/releases/1995/37/
[53] If you look carefully at the image of Io on the left, there is a diagonal straight-line formation in the upper-left area that fits beautifully with the position of the upper left line of the octahedron. Furthermore, some traces of this line are still visible in the July 1995 image on the right. A similar line was seen in Venus’ ever-increasing green aurora in Figures 3 and 4. Here, the apparent emergence of such a line might also be construed as a “warning signal” that the octahedral energy flow in the planet was heating up, before energy burst out at one of the node points of the octahedron.
[54] “The [first] photo indicates that Io’s surface had undergone only subtle changes since it was last seen close-up by the Voyager 2 probe in 1979.”
Spencer, J (Lowell Observatory) and NASA. Hubble Discovers Bright New Spot on Io. Hubble News Center, 1995, No. 37. URL: http://hubblesite.org/newscenter/newsdesk/archive/releases/1995/37/
[55] Murrill, Mary Beth. Galileo Finds Big Changes on Jupiter’s Volcanic Moon Io. NASA/JPL/Caltech Press Release, July 18, 1996. URL: http://www2.jpl.nasa.gov/galileo/status960718.html
[56] Heil, Martha. Jupiter’s Volcanic Moon Io: Strange Shapes in a Sizzling World. NASA/JPL/Caltech Press Release, Oct. 26, 2000. URL: http://members.fortunecity.com/volcanopele/news102600.htm
[57] CNN. Images reveal lakes, snow, geysers on Jupiter moon Io. CNN.com/SPACE, May 19, 2000. URL: http://www.cnn.com/2000/TECH/space/05/19/io.images/index.html
[58] NASA Planetary Photojournal. PIA00495: Changing volcanoes on Io. NASA/JPL, Nov. 18, 1997. URL: http://photojournal.jpl.nasa.gov/catalog/PIA00495
[59] "Sensors on the spacecraft found a very dense region of ionized oxygen, sulfur and sulfur dioxide at 555 miles on Io that must be pumped into that region by Io's relentless volcanic activity," said Dr. Louis A. Frank of the University of Iowa, principal investigator on Galileo's plasma science experiment. "Instead of being swept away by Jupiter's rotating magnetosphere as anticipated, the ionized gases surprisingly remain with Io," he said.
"Passage of the Galileo spacecraft through an ionosphere was not expected because images of the volcanic plumes previously taken with the Voyager spacecraft indicated that the plume heights extended only to a few hundred kilometers or less," Frank said. A radio occultation by the Pioneer 10 spacecraft in 1973 indicated ionospheric heights only about 30 to 60 miles above the surface. "No one expected to see this at 900 kilometers' [555 miles’] altitude," he added. The difference between what Pioneer saw and what Galileo has observed indicates that Io's atmosphere and ionosphere are variable and may grow and shrink with more or less volcanic activity.” (emphasis added)
Murrill, Mary Beth and Isabell, Douglas. High-Altitude Ionosphere Found at Io by Galileo Spacecraft. NASA/Goddard Space Flight Center, Release 96-216, Oct. 23, 1996. URL: http://nssdc.gsfc.nasa.gov/planetary/text/gal_io_ionosphere.txt
[60] “PROVIDENCE, R.I. – Hundreds of millions of miles from the sun, volcanoes on Jupiter’s moon Io sizzle at the highest recorded surface temperatures of any planetary body in the solar system. Planetary scientists from University of Arizona, Brown University and five other institutions report this finding in the cover story of the July 3 issue of the weekly journal Science…
“The very hot lavas erupting on Io are hotter than anything that has erupted on Earth for billions of years,” says lead author Alfred McEwen, director of the Planetary Image Research Lab at the University of Arizona. “They are the highest surface temperatures in the solar system other than the sun itself.”
At least 12 different vents on Io spew lava at temperatures greater than 2,200 degrees Fahrenheit. One volcanic vent may be as hot as 3,100 degrees Fahrenheit – about three times hotter than the hottest sunlit surface of Mercury, the closest planet to the Sun…
The latest temperature measurements are more than double the highest temperatures recorded by the Voyager spacecraft in 1979 and also exceed more recent measurements made by telescopes…
Scientists were surprised by the extreme temperatures… Scientists don’t know yet how to explain what’s happening on Io.” (emphasis added)
Morton, Carol. Scientists find solar system’s hottest surfaces on Jupiter’s moon Io. NASA / The Brown University News Bureau, Distributed July 2, 1998. URL: http://www.brown.edu/Administration/News_Bureau/1998-99/98-001.html
[61] Heil, Martha. Jupiter’s Volcanic Moon Io: Strange Shapes in a Sizzling World. NASA/JPL/Caltech Press Release, Oct. 26, 2000. URL: http://members.fortunecity.com/volcanopele/news102600.htm
[62] “The vivid colors, caused by collisions between Io's atmospheric gases and energetic charged particles trapped in Jupiter's magnetic field, had not previously been observed.”
NASA/JPL Planetary Photojournal. PIA01637: Io’s Aurorae. Oct. 13, 1998. URL: http://photojournal.jpl.nasa.gov/catalog/PIA01637
[63] “Cassini captured several time-lapse image sequences of Io, Europa, and Ganymede being eclipsed by Jupiter… Io’s [atmospheric] emissions were detected in previously unseen spectral regions, from 250 to 380 nm and from 670 to 850 nm.”
Porco, Carolyn et al. Cassini Imaging of Jupiter’s Atmosphere, Satellites, and Rings. Science magazine, vol. 299, March 7, 2003. URL: http://ciclops.arizona.edu/sci/docs/porco-etal-cassini-jupiter-science-2003.pdf
[64] Some of this effect might be due to increased instrument sophistication: “Cassini’s camera is also sensitive to shorter wavelengths than is Galileo’s camera, and it could record more colors using different filters.” This does not account for the new colors seen by the Galileo probe in 1998, so it is likely a combination of real changes (visible throughout the solar system) with increased instrument sophistication.
Stiles, Lori. Cassini Captures Light Show on Jupiter’s Moon Io, During Eclipse. University of Arizona News Service, May 31, 2001. URL: http://members.fortunecity.com/volcanopele/news053101.htm
[65] McEwen, Alfred. Galileo and Cassini Image Two Giant Plumes on Io. NASA’s Planetary Photojournal PIA-02588, March 29, 2001. URL: http://pirlwww.lpl.arizona.edu/missions/Galileo/releases/29Mar2001_g29plumes.html
[66] McEwen, Alfred. Galileo and Cassini Image Two Giant Plumes on Io. NASA’s Planetary Photojournal PIA-02588, March 29, 2001. URL: http://pirlwww.lpl.arizona.edu/missions/Galileo/releases/29Mar2001_g29plumes.html
[67] Keszthelyi, Laszlo. Io Reveals Towering Volcanic Plume Never Seen Before. Daily University Science News (UniSci), March 30, 2001. URL: http://unisci.com/stories/20011/0330011.htm
[68] NASA Planetary Photojournal. Northern Plume and Plume Deposits on Io. NASA Planetary Photojournal PIA-02592, October 4, 2001. URL: http://pirlwww.lpl.arizona.edu/missions/Galileo/releases/4Oct2001_i31plume.html
[69] “Throughout much of the Io torus passage leading up to the encounter, Galileo measured ion densities that were about 50% greater than those observed by Voyager at the same distance [Bridge et al. 1979; Bagenal, 1994]…
The plasma phenomena seen from Galileo (in Jupiter’s magnetic field in 1995) were, in general, not unexpected, but their strength exceeded expectations. The plasma was denser than expected in the torus and in the wake region. The wave amplitudes were greater than expected.”
Russell, C.T. et al., Eos, Transactions, American Geophysical Union, Vol. 78, No. 9 (1997), p. 93, 100. URL: http://www-ssc.igpp.ucla.edu/personnel/russell/papers/Io_Jovian/
[70] “The observations acquired during the I0 flyby (of the Galieo probe) in December 1995 witnessed an interaction that was stronger than expected from Voyager era observations (in 1978-79). Torus plasma densities were about a factor of two [200%] higher, an intense magnetic field perturbation was observed (most likely a consequence of an enhanced total electric current), the plasma flow was very strongly reduced and intense bi-directional electrons were present in the wake.
A possible cause for the changes observed might be the variability of Io’s volcanic activity that modified the neutral atmosphere and resulted in stronger plasma interactions in a denser torus.”
Saur, Joachim et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 22: Plasma Interaction of Io with its Plasma Torus. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch22.pdf
[71] “In 1998-99, the cold torus (in the orbit of Io) appeared as a bump on the inside edge of the (plasma) ribbon. In 2000, the cold torus is well resolved from the ribbon, and brighter than the ribbon at virtually all longitudes…
Comparison with Cassini and other groundbased observations may place the variability in context, though sufficient data are probably not available to determine the cause or effect of the torus variability.”
Schneider, N.M. et al. Substantial Io Torus Variability 1998-2000. NASA Planetary Astronomy Program, DPS 2001 meeting, November 2001. URL: http://www.aas.org/publications/baas/v33n3/dps2001/513.htm
[72] “Using a sensitive new imaging instrument on NASA’s Cassini spacecraft, researchers at The Johns Hopkins University Applied Physics Laboratory (APL) in Laurel, MD., have discovered a large and surprisingly dense gas cloud sharing an orbit with Jupiter’s icy moon Europa…
The cloud’s mass indicates… that Europa, in an orbit some 416,000 miles (671,000 kilometers) from Jupiter, wields considerable influence on the magnetic configuration around the giant planet.
Surprisingly, Europa’s gas cloud compares to that generated by the volcanically active satellite Io,” says Mauk. “But where Io’s volcanoes are constantly spewing materials – mostly sulfur and oxygen – Europa is a comparatively quiet moon…
…The dense gas torus gives Europa much greater influence than was previously thought on the structure of, and energy flow within, Jupiter’s huge space environment, its magnetosphere,” he says.”
Buckley, Michael et al. Johns Hopkins Applied Physics Lab Researchers Discover Massive Gas Cloud Around Jupiter. JHU Applied Physics Laboratory, Feb. 27, 2003. URL: http://www.jhuapl.edu/newscenter/pressreleases/2003/030227.htm
[73] “Recent HST/STIS images in the OI multiplets (Figure 19.10) indicate a more complex pattern of [brightness] emission than would be expected from [Europa’s] plasma interaction with an optically thin atmosphere. The [Hubble Space Telescope] OI 1356 image displays the expected limb glow around the disk plus a much brighter region on the anti-jovian hemisphere.”
McGrath, Melissa et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 19: Satellite Atmospheres. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch19.pdf
[74] “Voyager measurements in the plasma sheet [of Jupiter’s moon Ganymede]… could support [a] glow of 10-40R… However, the [Hubble Space Telescope] STIS observations display polar limb glow in the range 50-100R, suggesting that more than [the moon’s own] plasma sheet electrons are involved in the excitation process.
The latter point is [even] more evident when an explanation is sought for the hot spots of intense auroral emission seen in the HST/STIS observations… [of] 300R bright spots.”
McGrath, Melissa et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 19: Satellite Atmospheres. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch19.pdf
[75] “One other potential solution to understanding the high HST intensities [of plasma around Jupiter’s moon Ganymede] is to argue that the Voyager… measurements are not applicable to the Galileo/HST epoch and atmospheric column densities are [now] perhaps an order of magnitude larger [i.e. 1000% larger]…
In summary our limited information prevents a definitive inference of the average O2 column density on Ganymede.”
McGrath, Melissa et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 19: Satellite Atmospheres. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch19.pdf
[76] “How did it get so hot that liquid iron in its core moves around enough to make a magnetic field? Either something’s wrong with our theory or our understanding of Ganymede’s history,” said Johnson.”
Stenger, Richard. New revelations, riddles about solar system's most intriguing satellites. CNN.com / Space, Aug. 23, 2000. URL: http://www.cnn.com/2000/TECH/space/08/23/moons.of.mystery/index.html
[77] “Galileo plasma wave measurements [have been reported] that imply the presence of electrons with a density almost a thousand times [100,000%] higher than the expected jovian magnetospheric electron density [i.e. the density of Jupiter’s own trapped electron population, ensnared in its own magnetic field] at the orbit of Callisto. This density is comparable with that inferred from similar measurements made in the vicinity of Ganymede.”
McGrath, Melissa et al. Jupiter: The Planet, Satellites and Magnetosphere, Chapter 19: Satellite Atmospheres. 2004. URL: http://dosxx.colorado.edu/JUPITER/PDFS/Ch19.pdf
[78] Platt, Jane. Galileo Survives Unexpected Whopper Dose of Radiation. NASA/JPL/Caltech Press Release, Aug. 16, 1999. URL: http://www2.jpl.nasa.gov/galileo/status990816.html
[79] “Scientists have found evidence for a new ring of dust that occupies a backward orbit around Jupiter, based on computer simulations and data from NASA's Galileo spacecraft, it is reported in today's issue of Science magazine.
A team led by researchers at the University of Colorado at Boulder reported that a faint, doughnut-shaped ring of interplanetary and interstellar dust some 1,126,000 kilometers in diameter (about 700,000 miles) appears to be orbiting the giant planet...
A team led by researchers at the University of Colorado at Boulder reported that a faint, doughnut-shaped ring of interplanetary and interstellar dust some 1,126,000 kilometers in diameter (about 700,000 miles) appears to be orbiting the giant planet...
Surrprisingly, the researchers say, most of the interstellar and interplanetary dust particles appear to be in a "retrograde" orbit -- that is, moving in the opposite direction of the rotating planet and its moons, Colwell said. The reason for the backward orbit of the tiny particles is not yet clear, he said…
NASA's Voyager 2 detected an uneven dust ring around Jupiter in 1979 that scientists believe was created by the collisions of small moonlets with micrometeoroids in the Jovian system. But the newly identified ring of dust with smoke-size particles originating from beyond the Jovian system appears to be much larger, more sparse and, possibly unique in the solar system.”
NASA's Voyager 2 detected an uneven dust ring around Jupiter in 1979 that scientists believe was created by the collisions of small moonlets with micrometeoroids in the Jovian system. But the newly identified ring of dust with smoke-size particles originating from beyond the Jovian system appears to be much larger, more sparse and, possibly unique in the solar system.”
Platt, Jane. New Class of Dust Ring Discovered Around Jupiter. NASA/JPL Press Release, Apr. 3, 1998. URL: http://www.jpl.nasa.gov/releases/98/glring.html
[80] Wilcock’s model incorporates the work of Rod Johnson, who has modeled the entire quantum realm on counter-rotating geometries, particularly focusing on the interaction between the tetrahedron and octahedron. In the HD model we see the same basic phenomena at all size levels in the universe, from the quantum to the super-galactic, and Wilcock’s most recent in-progress work extends this into biology as well.
[81] Porco, Carolyn et al. Cassini Imaging of Jupiter’s Atmosphere, Satellites, and Rings. Science magazine, vol. 299, March 7, 2003. URL: http://ciclops.arizona.edu/sci/docs/porco-etal-cassini-jupiter-science-2003.pdf
Astronomers are accustomed to such things. Distant pulsars and black holes often bathe the galaxy with blasts of x-radiation. But this time the source isn't exotic and far away. It's right here in our own solar system.
"The pulses are coming from the north pole of Jupiter," says Randy Gladstone, a scientist at the Southwest Research Institute and leader of the team that made the discovery using NASA's orbiting Chandra X-ray Observatory.
"We weren't surprised to find x-rays coming from Jupiter," he continued. Other observatories had done that years ago. The surprise is what Chandra has revealed for the very first time: the location of the beacon -- surprisingly close the planet's pole -- and the regular way it pulses…
"The 45-minute pulsations are very mysterious," adds Elsner. They're not perfectly regular like a signal from E.T. might be; the period drifts back and forth by a few percent. "This is a natural process," he adds, "we just don't know what it is...."
It's possible that Jupiter's south pole is also an x-ray hot spot, blinking at the same rate as the north -- but no one knows because the south pole is not as easy to see from Earth…
Solving the puzzle will require more data…
Until then Jupiter's x-ray beacon -- relentlessly pulsing, and not where it ought to be -- will likely remain a mystery. (emphasis added)
Phillips, Tony. Puzzling X-rays from Jupiter. Science@NASA, March 7, 2002. URL: http://science.nasa.gov/headlines/y2002/07mar_jupiterpuzzle.htm
Copyright 2004 Richard C. Hoagland & David Wilcock From http://www.enterprisemission.com/_articles/05-27-2004_Interplanetary_Part_2/InterplanetaryDayAfter-Part2.htm
See Part 1 @ http://www.enterprisemission.com/_articles/05-14-2004_Interplanetary_Part_1/Interplanetary_1.htm
Continues Part 3 @ http://www.enterprisemission.com/_articles/06-03-2004_Interplanetary_Part_3/InterplanetaryDayAfter-Part3-amended2.htm
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