Z
zenonmars
Guest
<i>Ah, Steve, my dear disinformational artist friend! I KNEW you'ld show up.</i> <img src="/images/icons/wink.gif" /><br /><br /><font color="yellow">"Yes and the RCH crock of 'hyperdimensional physics", another trick. No substantiation..."</font><br /><br />Well, let's see what the double circumscribed tetrahedral model (<i>hyper-dimensional</i>) has successfully predicted:<br />An imaginary tetrahedran, tucked perfectly within a sphere, with it's apex touching the north pole, will always have it's other three points touching the sphere at <i>19.5 degrees latitude South</i>. Conversely, if the apex touches the south pole, the remaining points always touch the sphere at 19.5 North.<br /><br />The hyperdimensional model predicts <b>fourth</b> dimesional energy upwellings to the surface of <i>spinning</i> liquid core bodies, with predicted visable signatures of that process in our 'real' <i>third</i> dimensional world. <font color="yellow">"another trick"</font><br /><br />Well, let's see. On nearly every body in the Solar System, we see the signature of this energy upwelling. On the Sun, for example, the sunspots never drift beyond about 19.5 degrees North or South. These also can be seen in a pair of volcanoes on Venus, also at 19.5 degrees. On Mars, we get Olympus Mons, a shield volcano, also at 19.5, and of course, the Great Red Spot on Jupiter, seems now like a continuously churning 'storm' at 19.5 south. There are dark bands of clouds located at 19.5 degrees North and South on Saturn. Neptune has both a Great Dark Spot at 19.5 degrees as well as a cloud band such as Saturn. <i>"a thin band of white clouds continually surrounds the entire circumference of Neptune at the same latitude as the Great Dark Spot. No explanation or guess is ventured for why this would be. Uranus has not been adequately photographed to determine if a similar spot exists there, but given the evidence in all other gas planets, it appears to be nearly certain that</i> <div class="Discussion_UserSignature"> </div>