Hollow Earth

[aeon]

http://thehollowearthinsider.com/go-dee ... haver.html


https://cdn.preterhuman.net/texts/relig ... 0Earth.pdf

What types of machines have been taken over by the dero? Some of the most advanced equipment known to humanity. A partial list includes:

Flying machines: Several years before the first modern flying saucer was sighted by Kenneth Arnold on the west coast, Shaver described these vehicles as being abandoned by the elder race that migrated to the stars.

Ray machines: Telaug and vision ray machines can penetrate cavern walls and bring in views of the surface world. These vision units allow the devilish deros to see what people are doing at any time, at any place, in the surface world.

Projection Ray machines: These machines project weird, fantastic images and thoughts into the minds of innocent victims, victims often selected at random by the demented dero.

Tractor Ray Beams: A train is speeding across the surface of the world. In the dark recesses of his cavern, a dero focuses a tractor beam on a railroad switch. The track is opened; the train is derailed.

The dero can instantly change highway traffic signals, sabotage industrial machinery, and ruin complex devices. Have you ever had a machine or object that refused to work, then performed marvelously when the repairman arrived? A dero may have been amusing himself.

Tractor Ray machines are used to throw open manhole covers, loosen a single step on a stairway, or sabotage a vital part on a speeding automobile.

Surgical Ray cannons: The dero enjoys projects of the most terrible nature. These devices were originally created to perform delicate surgical operations. Today, the dero focuses these instruments on a person to slice a delicate, essential nerve.

Surgical rays are beamed on a single individual's head until the juices of his brain bubble and boil furiously.

Mental machines: These horrible devices create realistic illusions, nightmares, strange dreams, and compulsive behavior in a victim. Many murderers have informed the police that I just got a sudden urge to kill.' Were they actually the target of a vicious dero mental machine?

One surprising aspect is evident in the Cordilleran mountain belt, which extends from Alaska to Guatemala. Its northwestern section is a patchwork of different crustal fragments that were carried thousands of kilometers by plate motion and jammed into the North American continent. Yet in profiles of the northwestern Cordillera, the Moho shows up as a flat, bright reflection that extends continuously through this region, oblivious to the sutures and different geologic boundaries that are so evident at the surface. Moreover, in some areas of this region, reflection profiles show that fault-like structures dip into the crust but are cut off at the Moho.

This all implies that the Moho is a young structure, having re-formed after the terrains were plastered on to the continent, says K. Douglas Nelson of COCORP, which is headquartered at Cornell University. Something has made the Moho straight and continuous, erasing the bottoms of older faults and other geologic boundaries; the new Moho was superimposed on the older crustal fabric.

A fundamental problem is that the majority of magmas erupted on Earth are basaltic and yet the continents do not have a basaltic bulk composition. Those that are silicic, dacitic to andesitic, lavas are evolved, with lower Magnesium numbers than continental crust.

The continental crust is only 0.5% of the mass of the bulk silicate earth (BSE), yet it contains 35% of the radioactive elements K, U. Th, of the BSE. Thus it is enriched by a factor of 70. [Sun radioactives?]

The Moho marks not only a jump in seismic velocity but a dramatic change in heterogeneity dimensions. The Moho is a global feature because the Earth is chemically differentiated into crust and mantle on a global scale.

There is still no scientific consensus about its origin, petrologic significance, and structural context. One hypothesis posits mechanical decoupling of the crust and uppermost mantle as a result of structural detachment at or near the Moho.

We can then ask, if the Moho depth is not simply the result of a pressure sensitive phase transition from gabbro to eclogite, why does the thickness of the crust vary only between 25 and 40 km worldwide?

High resolution seismic observations show a sub Moho boundary layer (SMBL) at the top of the lithospheric mantle. SMBL thickness is 60-100 km. (36-60 miles)

High frequency seismic phases traverse geological provinces of various age, heat flow, crustal thickness, and tectonic regimes. Their propagation appears to be independent of age, temperature, pressure, and stress.

The SMBL acts as a waveguide. It is connected to the Mohorovicic discontinuity, a global phenomenon.

http://www.newgeology.us/presentation41.html

https://books.google.com/books?id=Ll_mu ... &q&f=false