One of Nature's most remarkable features is mountain building. A mountain may stand alone, or like Kilimanjaro, be a volcano. A volcano is basically a pressure relief valve. The highest pressure and its relief are intensely concentrated in a relatively small central area. This results in the land around being forced up and the part experiencing the greatest upward pressure to rise and form an inverted V shape. The explosive force of the irruption completely tears off the 'pointy' top and creates the familiar crater.
So it is plain to see why the volcano assumes this shape. Mountains though are different. They are not volcanic, so why do they exist? Conventional geology says that mountain ranges are, in the main, the result of the gigantic forces of plate tectonics. When one plate is forced under another, the upper plate is forced up.
In this process the geologists say the land of the upper plate is buckled and twisted, plateaus and mountains are raised thousands of yards, mountains may be miles high.
The question then, is how can mountains arise?
I can agree that, if plate subduction can force land to rise, it will create plateaus which may have hilly features resulting from some concomitant sideways movement – but – miles high? If we consider the Rocky Mountains and the Andes, they stretch for thousands of miles along the Pacific coast of the giant American continents. Finding passage through these barriers posed a serious threat to early wanderers. There is a tale that traders commonly trekked from northern territories into India, only to find their way obstructed by the sudden appearance of the Himalayas.
Many of these huge mountains, their peaks sharply pointed, stand shoulder to shoulder, for all the world like petrified monstrous waves in a ferocious tornado. Unlike such waves however, they may be miles high. There are few valleys between these waves. So, the sea analogy is flawed – a better analogy is a radio wave graph. There we see unbroken lines going up and down in a uniform pattern. The radio wave we are familiar with is an electrical effect.
Whilst it is well known that the close passage of a large solar body would create huge tidal forces, it doesn't seem possible that its gravity can lift huge chunks of earth, turn them over and replace them upside down. Nor is there the power to suck chunks of earth up to widely varying heights and pointed like an inverted V.
The EU people have presented evidence suggesting that the Grand Canyon was formed by the searing power of a massive electromagnetic strike. It seems likely that the material gouged out was turned to dust and scattered over thousands of square miles.
That, if correct, is a stunning example of what can happen when large solar bodies are in close proximity.
The dramatic and characteristic wave like formation of mountain ranges, is (I believe) explicable only by the action of an electromagnetic force. These mountains are frequently seen to be growing directly out of the sides of their fellows, suggesting the mingling action of several electromagnetic charges acting in unison.
Nothing else seems to offer a solution to the oddity of mountain building.
When we see strata overturned, earthquake activity is apparently thought to be the cause. But … How does an earthquake completely invert a lump of landmass? An explosive action would destroy or at least fragment the object. If was 'rolled over' it would surely have suffered considerable distortion. Since in the past few hundred years, we have experienced any number of disastrous earthquakes and volcanic eruptions, if earthquake is the mechanism surely there would have been at least one such event that would have demonstrated such geologic asymmetry.
But no! Not Tambora, not Krakatoa, nor even the mighty Thera lifted, inverted and replaced lumps of hundred ton solid earth! A volcano fragments lumps of earth in its explosive blasts. The more recent Mount St Helens blew away a huge chunk of its crater wall but didn't invert anything.
Earthquakes can exhibit some rolling action. This can be very extensive - but mountains are not 'rolled' out. Land has, historically, been elevated or sunk thousands of metres by earthquakes, but does not – cannot – create pointy top mountains, let alone peaks standing shoulder to shoulder for a thousand mile.
So, earthquakes and volcanoes are out.
However, mountains are in! The mountain builder must be an extraterrestrial force. Though Earth is constantly and directly subject to the gravitational pull of the Sun, it cannot drag up mountains from 92 million miles distance. It cannot even lift a fallen leaf!
So the Sun is out! As are all the planets in their present orbits.
But - What if one of our more substantial planetary companions did a flypast a few thousands of years ago? Velikovsky proved (to my satisfaction) that Venus did just that and caused Earth to turn turtle. The mix of forces engaged must have included a level of catastrophic electromagnetic forces easily able to perform the geological conjuring tricks of mountain building and strata inversion.
Perhaps the earlier (9600 BC) event was responsible. Dr Rupert D Holms, in his book "Star Core Zeus", suggests that we were originally in a binary star system and the much larger star exploded in a supernova 4.6 billion years ago. This, he claims, provided the debris that formed Earth et al.
His idea is that in the supernova was born a large planet he names as Zeus. This was hurled out of the Solar System in a massively stretched elliptical orbit. This created a 4000 year orbit that brings Zeus back from the farthest reaches to swing around the Sun and resume its 4000 year hike. He maintains that its path takes it dangerously close to us and has caused most major catastrophes.
With or without a binary star system, the history of massive disturbance on Earth, roughly every 4000 years, seems undeniable. The 9600BC event could well have caused the drowning of huge areas of land and an enlarged Atlantic Ocean – goodbye Atlantis! Goodbye also to another unknown and rather more ancient Greece! A Greece that Solon knew absolutely nothing about! We are still no better informed than was Solon (c. 630 BC—died c. 560 BC).
While such passage may inflict considerable damage it can hardly spell the end for life. If Dr. Holmes is right, Earth has survived one million, one hundred and fifty thousand such encounters! Homo Sapiens has survived the past 50 or more episodes.
Zeus looks a likely favourite in the mountain building scenario.