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In our aetheric model, the Sun absorbs a majority of its surrounding energy at the polar regions, and accelerates this energy out along the ecliptic plane along its equator. So just as a balloon can only be inflated so far before it will burst, the Sun is forced to release this pent-up energy charge, caused by LISM energy density increases, with X-ray blasts, huge solar flares, proton emissions and mass ejections. This in turn causes the interplanetary medium to become a better energy conductor, which then helps to saturate the planets with higher and higher amounts of energetic charge. So, if the planets indeed have cores of luminous plasma that can store and release energy like what we have seen on the Earth, then we should expect that similar energetic changes will be seen throughout the Solar System.

Dr. Dmitriev’s research on the planets shows accelerations in the speed of magnetic pole shifts, climate changes, earthquakes and cyclones on Earth, increased magnetic and plasma energy charges on other planets and changes in their atmospheric qualities. In addition, some of the planets are actually becoming noticeably brighter. All of the following points are footnoted in Dmitriev’s study, [15], unless otherwise noted:

8.7.1 PLUTO

Pluto, our outermost observed planet, has recently shown a significant, unexpected increase in the amount of dark spots on its surface.

8.7.2 NEPTUNE

On the planet Neptune, some scientists believe that there has been a complete magnetic polar shift in the recent past; as the Voyager satellite passed by, the magnetic field was measured as being tilted nearly 50 degrees away from the rotational pole. The event is considered to be recent simply

because such an imbalance would normally be expected to right itself in a relatively short time, planetophysically speaking. Also, the intensity of visible light emitted by Neptune has noticeably increased.

8.7.3 URANUS

Like Neptune, Voyager noted that the planet Uranus also had a magnetic field that was shifted from the rotational axis, in this case by 55 to 60 degrees. This simultaneous behavior between Neptune and Uranus is believed to be possible because Neptune and Uranus are magnetically conjugate planets. Both of them show this similar, anomalous discrepancy, which suggests that a recent, still-imbalanced magnetic pole shift had taken place. Furthermore, Uranus’ magnetosphere has shown an “abrupt, large-scale growth” in its intensity. 8.7.4 SATURN

Brightly colored auroras have been recently observed on Saturn, clearly indicating energetic charge. Richard Pasichnyk has directly correlated these brightness changes with solar activity. Most auroras cluster near the poles, and this dramatic energy increase can be seen through infra-red photography. 8.7.5 JUPITER

Jupiter’s magnetic field has doubled in intensity as of 1992, and its total brightness has also increased. Dmitriev and others believe that “Comet” Shoemaker-Levy 9, which dramatically struck Jupiter in July 1994, was

actually a series of luminous plasma formations – and this would explain why a sequence of bright spheres traveled in a long, straight line. Once this

“plasmoid train” struck Jupiter, there were “a series of new states and processes” observed on Jupiter thereafter, inducing excessive plasma generation. This plasma was then released “in the same matter as Solar coronal holes,” and created a brightening of the radiation belts in the 13.2 and 36-centimeter bands, as well as creating large, anomalous aurora formations. In 1997, a tube of glowing plasma energy was observed to have formed between Jupiter and the volcanic areas of its moon Io, at an unbelievable electromagnetic strength of one million amperes. This phenomenon presents very strong evidence that volcanic activity is caused by energetic releases of the luminous plasma in the core of a planet or moon. More recently, in Feb. 2001 NASA scientists observed Io while it was being eclipsed from the sun’s light by Jupiter, and they discovered that it has now become brighter than ever before, noticeably glowing even though no sunlight was hitting it, forming a “plasma torus” around the sphere itself. [11]

8.7.6 MARS

The atmosphere of Mars has shown definite signs of growth, as reported by Dr. Dmitriev. These transformations have increased the quality of its

biosphere. Cloudy growth has been observed at the equatorial area, and there has been an unusual increase in the concentration of ozone in the

atmosphere. Furthermore, in September 1997 the Mars Surveyor satellite encountered a 200% increase in the density of the Martian atmosphere, against what had been calculated from previous NASA data. As Dmitriev indicates, this greater atmospheric density bent one of the solar array arms beyond the full and open stop, which caused the satellite to malfunction.

Figure 8.15 – Martian Polar Icecap Melting. (Courtesy NASA)

Even more recently, in December of 2001 NASA released photographic images showing a major increase in the speed with which the Martian polar icecaps are melting. [7, 3] Figure 8.15 is easily the most dramatic of these images. This “global warming” on Mars was completely unexpected by any conventional model, but fits perfectly with the changes that we are

encountering on the Earth, caused by the energetic increase in the Earth’s luminous plasma core. Naturally, the Bush Administration did not mention this in their recent discussion of “global warming” on the Earth.

8.7.7 EARTH

We have already covered the Earth in detail, and in this current context we should remember that there have been very clear signs that the atmosphere is changing; this is occurring in the actual chemical composition of the

atmosphere as well as the increasing average cloud density that has been observed. New charged particles are appearing in the Van Allen belts, with qualities normally only seen in radiation from stars. Let us also remember the overall 410-percent increase in catastrophes from 1963 to 1993, [15] the 400- percent increase in earthquakes from 1973 to 1998 and the ~500% increase in volcanic activity from 1875 to 1993. [22]

8.7.8 EARTH’S MOON

According to a 1993 study by Boston University scientists, our Moon has an atmosphere of sodium (natrium), reaching out to a height of 5,000 miles, or 9,000 kilometers. [32] During the Apollo missions, helium and argon atoms were found in the Moon’s atmosphere, but Earth-based observations then added sodium and potassium ions to the list in 1988. [18] Dmitriev considers this as evidence for the growth of a “first-stage” atmosphere, as it is about a billion times less dense than Earth’s atmosphere by comparison; if the Moon’s atmosphere were compressed into the temperature and pressure of the Earth’s surface, it would all fit into a 210-foot cube. [34] More recently, following the Leonid meteor shower in November 1998, a massive tail of sodium gas with “distances of at least 500,000 miles from the moon, changing its appearances over three consecutive nights” was observed. [5] [This is believed to be caused by the many micrometeorites in the Leonids striking the lunar surface, but could also be due to their energetic plasma effects.

This data on the evolution of the Moon’s atmosphere has almost always aroused great questions at our seminars, and we decided to investigate further for this book. Our research revealed that a sodium atmosphere was actually first detected by Flynn and Medillo back in 1933. [29] This technique was again duplicated with greater accuracy in 1994 by A. Potter, T. Morsan and L. Gillian, revealing that the atmosphere extends all the way down to the surface of the Moon. [29] According to Prof. Theordore E. Madey of Rutgers University,

…there is little data to support any one explanation [for the creation of the Moon’s atmosphere] and no general agreement about which processes are the most important. [emphasis added] [21]

Dr. D.E. Shemansky again breaks with the pack when he mentions a paper coauthored with T. Morgan on “the evolution of the Lunar atmosphere,” again hinting that the amount of sodium and potassium concentration has indeed increased since the time of the Apollo missions. [35] T.E. Madey and B.V. Yakshinkskiy have proposed “charged particle sputtering by the solar wind” as one possible source for this atmosphere, since it must be continually

resupplied. [21] Dmitriev’s model suggests that this lunar atmospheric

evolution is being triggered by our movement into a higher energetic density of the LISM, which then increases solar activity.

8.7.9 VENUS

Significant physical, chemical and optical changes are being observed on Venus. This includes a sharp decrease in the amount of sulfur-containing gases, a reversal in the areas of light and dark spots and a significant

increase in its overall brightness. One mainstream article on these changes by Kenneth Chang in the New York Times, 1/28/01, said: [9]

Every time [scientists] take a look [at Venus,] they seem to see something different, with phenomena appearing or disappearing like the smile of the Cheshire Cat. In November 1999, researchers from S.R.I. International and Lowell Observatory pointed the 10-meter Keck telescope on Mauna Kea, Hawaii, toward [the night side of] 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. [emphasis added]

Figure 8.16 – Green Glow on the night surface of Venus. (Courtesy NASA / Cornell Univ.)

Though articles on these anomalous energetic increases of Venus have indeed emerged in the mainstream press, [8] thus far no one in the Western media has ever combined this data to see it as another function of changes that are occurring throughout the entire heliosphere.

8.7.10 MERCURY

Like the Moon, Mercury has also been observed to have a thin atmosphere of sodium, potassium and other elements. Conventional theories have a hard time with this atmosphere, since Mercury is so close to the Sun – but

nevertheless it is there to be measured. This too may indicate a “first-stage” generation of new atmosphere. [21] Pasichnyk reports that Mercury has also been observed to have polar ice, which is considered impossible given its proximity to the Sun.