http://SaturnianCosmology.Org/ mirrored file For complete access to all the files of this collection see http://SaturnianCosmology.org/search.php ========================================================== notes from second paper that relativistic electrons generated in such extreme geomagnetic storms primarily flow inward at Earth's south polar axis. [inward and past] Some 40% of known symbols were accounted for. [new w/r previous paper] Only after methodologies matured for dating leached pigments in pictograph rock that scientists discovered that these objects stretched back some 7000 years in time. [sw US, thus 5000 BC] In the northern hemisphere at mid-latitudes, blinders block the intense synchrotron light from the center of plasma columns located near polar south. At mid-latitude in the northern hemisphere, the angle of inclination for polar south at petroglyph locations will range from about +24 deg to +31 deg. The angle of inclination and the plane of the blinder are latitude dependent The southern hemisphere has the same inclination-blinder dependence as the northern hemisphere to about 25 deg S. At more southerly latitudes, the angle of inclination changes, as does the plane of the blinder, showing an eastward bend of the plasma column away from Antarctica. [over Tasmania!] Petroglyphs carved at the top of a hill or peak may provide a 0-360 [degree] FOV [Field Of View], only one direction that the artist was sighting, while the facings may be in any direction. Well drawn concentrics are often found in greater numbers at these locations, or high up on an escarpment. Petroglyphs carved on the north side of a slope occupy an increasingly narrower portion of the compass with a FOV centered on 180 south as the distance from the peak increases. A null (void of markings) region is reached at an inclination of +24- +31 downward from the peak whose location at which the artist used local blinders. This description is also applicable to petroglyphs carved on the east, west, or south slopes downwards from the peak. Of the sites surveyed, an estimated four million petroglphs... In South Australia, a bend in the plasma column far above the Earth was noted. Nearly normal to Antarctica, the column bends eastwards as seen from Australia and presents an increasingly "stretched" columnar profile for New Zealand and more so for South Africa. [which is geographically further south] This bend allows much of the column and plasmoids in our model to be seen at the equator and both northern and southern latitudes. The view from Tasmania, The Tasmanian Paradox or "why are the petroglyphs so dominated by circles," is due to a geometry of FOV up into a concentric column. When oxygen atoms collide with heated atoms, the atoms emit a dark red light (the "red glow") seen high in the aurora curtain, generally 250-1000 km in altitude. [150 -600 miles] Between 100 and 250 km, the auroral curtain is greenish white in color at a wavelength of 5577 Å emitted from atomic oxygen (O) subjected to 6-keV electrons. [60 - 150 mi] An estimate for the currents in an intense aurora can be obtained from Alfvén and Carlqvist who find, for a strong circular aurora of diameter 5000 km, a total current of about 7 MA. [units?] If this pertains to 56 filaments (before the ring is formed), each filament conducts 125 kA. Here, we shall concentrate on the petroglyph and pictograph data recorded worldwide from fields containing about four million markings. Unexpectedly, of those petroglyphs accurately surveyed and GPS logged, it was found that the light was observed totally from the direction of the south axial pole of Earth. Two egg-shaped plasmoids are found at 306,000 and 266,000 km, respectively The farthest limit of the reconstruction (top) is located 701,000 km from Earth. [190,000, 165,000, 435,000 mi ] If the current oscillates or is sporadic, the four can separate back to 56 filaments. Whether 56 or 4, or some number in-between, the filaments flow over and past the rotating Earth. The bottom part of Fig. 50 illustrates the uniqueness of this site as viewed from 20 km to the south at an altitude of 13 km. A natural channel formed by the mountain's slopes and contours provides a viewing inclination angle of 27 to 29 (center line), 8 E of polar south, at the escarpment. When the sides of the channel increase to 31 (outside lines), the escarpment is absent of markings. By convention, the Birkeland currents and ion flow is upwards toward the Arctic. Not yet completely resolved is a bend in the upper filament sheath that allows the upper plasmoids and column to be seen at northern latitudes. one might expect plasma columns under very intense geomagnetic-storm conditions to occur near both magnetic poles just as contemporary aurora occur at both poles for comparatively modest storm conditions. However, we find that petroglyph distributions have no north FOV preference. As current was increased to the electromagnet within the globe to simulate the Earth's magnetic dipolar field, the currents were forced toward the poles of the terrella, eventually satisfying (3) to produce "auroral" rings around each pole. Densitometer scans across the Bennett-constrained currents in his photographs show approximately 56 filaments, many in pairs. (end)