Earth’s New Crust

Fig. 1 Concept of the MLD, showing anisotropies

A recent article titled “Mechanisms and geologic significance of the mid-lithosphere discontinuity in the continents” in Nature Geosciences reviews the current problems geologists ponder concerning the crust of the Earth.

“The stable continents have a puzzling structure. Recent seismological studies have revealed a marked drop in seismic velocity at middle-lithosphere depths, but a generally small velocity drop at the lithosphere-asthenosphere boundary. The mid-lithosphere discontinuity has previously been attributed to changes in composition and/or crystal alignment (anisotropy) caused by metasomatic (hot water) alteration, as well as to partial melting and/or accretion of intruded materials that occurred after the formation of the continents. We show that these models cannot easily explain the global presence of a large seismic velocity drop in the middle lithosphere and a small velocity change at the lithosphere-asthenosphere boundary. These models are also difficult to reconcile with long-term continental stability and, in particular, observations of nearly depth-invariant ages of rocks in the continental lithosphere that do not support the notion of late alteration events”.

The mid-lithosphere discontinuity (MLD), marked by distinct anisotropic changes in velocity of seismic waves rising through the middle of the lithosphere (Figure 1), suggests that all the original continents of the Earth were subsequently covered by several layers of unexplained material. The authors immediately rule out the possibility of a recent covering, stating: “without invoking late-stage modifications to the lithosphere”. They suggest that the ‘mantle rocks’ are 2 to 3 billion years old. However, no drilling has ever succeeded in reaching the mantle. What they refer to as mantle rocks is made clear in the following quote where they state “at various depths”.

” … in particular, the old and similar ages of mantle rocks at various depths provide strong evidence that a large portion of continental lithosphere has not experienced any significant alteration, such as partial melting or lateral displacement that would have created rocks of younger ages or juxtaposed rocks of different ages.”

The dates referred to here rely almost completely on U-Pb (uranium-lead) studies of zircon crystals which are mysteriously ubiquitous in the crust of Earth. It occurs as a common accessory mineral in igneous rocks (as primary crystallization products), in metamorphic rocks, as detrital grains in sedimentary rocks and in granite, also mysteriously ubiquitous in the lithosphere, the origin of which is admittedly not understood. Conventional geology cannot conceive of significant amounts of rock on the surface of the Earth from another planet. The zircons are not integral to the granite rocks, they are only found in association with granite, the origin of which has never actually been determined. The “similar ages” referred to here are the ages of the oldest particles in the samples tested. If a rock does not show the age sought, it is discarded and another is tested to give the ages assumed a-priori to fit their hypotheses.

Deccan Traps

For example, the ages of the Deccan Traps, which were melted and raised by the tidal effect of Mars in its one hundred geostationary orbits above Mt.Kailas between 3717 and 687 BC, could not be determined from the solid rocks, so, what are called “separates“, thin layers of material, which fell from Mars between encounters, were used. In case the reader does not have access to this paper, it is titled “40Ar/39Ar dating of mineral separates and whole rocks from the Western Ghats lava pile”. Quoting from the abstract

“We confirm previous findings that alteration and Ar recoil strongly affect these rocks, particularly measurements made on whole rocks. When mineral separates (mostly plagioclase) are analyzed, the spread is much reduced. (then) We find a mean age of 65.4 Ma (million years)”.

Also of interest, the Deccan Traps have essentially the same chemical composition as granite, which is found only on the continents of the Earth and nowhere else in the solar system.

The mid-lithosphere discontinuity cannot be explained by geology because it is found on all continents, Moreover, the seismic anomalies it produces are stronger and more complex than the deeper lithosphere- athenosphere discontinuity – the fluid layer on which the rigid lithosphere slid during cyclic catastrophism, the process which created granite. The MLD displays considerable variation in depth and anisotropy, a directional dependence on the reflection and refraction. These characteristics are consistent with the recent covering of the entire ancient surface of the Earth, which prreviously had well established geologic structures of its own, made more complex by the four transient inversions of the lithosphere, two by proto-Venus, and the associated mass wasting as the oceans flowed over the continents.

Immediately following the inversions, proto-Venus ejected Mars from its ancient Venus-like orbit into one which intersected that of the Earth, beginning 3,000 years of captures and releases in a geostationary orbit only 44,400 km above Mt. Kailas. Convulsions within the much more ancient Mars caused by frequent alignments with the Moon, and the Sun and Moon combined, blasted unimaginable masses of rock and dust to the Earth as described in the ancient texts of all cultures on the Earth. This new layer is just now being detected by improved seismic methods which mark its depth as the MLD or MOHO. These volcanic blasts also carried off Mars’ complete complement of water, atmosphere, biosphere (as manna, Soma, Haoma, ambrosia) to all corners of the Earth.

Fig. 2 Correction curve for 14C datng is evidence for a complete change of the Earth’s atmosphere during the Vedic Period

As a result of the complete regeneration of the Earth, the gradualism paradigm on which geology is based, comes to nought. The fact that the atmosphere of the Earth changed completely has been established by dendrochronitc corrections of radio-carbon dating, This very data, in Figure 2, shows that the entire atmosphere of the Earth changed during the Vedic Period. This demonstrates that the only radiometric data required to cover what science calls the Cenezoic (66 million years), is radio-carbon dating. All the other materials – rocks, water, and even the very life forms we know today, came to the Earth during the same Vedic Period shown in Figure 2, not 55 million years ago. This great mass of rocks and dust covered the entire Earth to a depth of 50 to 90 km. The dates determined U-Pb dates of rocks (zircons) from hundreds of Martian volcanoes found everywhere on the Earth merely reveal the age of Mars, which is known to be older than the Earth, since some Martian meteorites contain fragments 4.6 billion years old, while the oldest native rocks on the Earth are only 3.9 billion years old (the difference being blamed on the submerging of tectonic plates). The planet, known scientifically as Earth, is 3.9 billion years old, but the world that human-kind knows, was literally recreated between 3717 and 687 BC, while the first one-hundred generations of mankind watched, during the Vedic Period, which was coincident with the Bible from Genesis until the time of Isaiah. Announcing the completion of this creation, the Lord stated: Isaiah 65:17 For, behold, I have created a new heavens and a new earth: and the former shall not be remembered, nor come into mind. The current state of science reflects the Lord’s caveat, since scientists the world around know nothing of the recreation of the Earth.

Fig. 3 Mt. Kailas upper-left showing high-level water mark of samudra

The interactions of Mars and the Earth, revealed in previous posts, A, B, C, D, E, F resulted in a number of other features which mystify geologists, such as cyclic (14.4-year) tidal floods (Rg Vedic samudra, confluences) as high as 5,000 meters, centered around Mt. Kailas ( ‘Indra’s (Mars) Home on Earth) (Figure 3) and shifts in the spin axis of the lithosphere which resulted in anomalous, even reversed permanent magnetic fields in rocks that crystallized during each captur,for example the Deccan Traps. These magnetic reversals are currently imagined as representing periods (chrons) of enormous antiquity when the Indian tectonic plate had not yet collided with the Asian plate or even worse when the magnetic field of the Earth reversed.

One verse in the Rg Veda attempts to describe the mass of rocks and dust which a single generation of human-kind observed being blasted to the Earth from Mars, during only one 14.4-year kalpa. One hundred other generations observed the same events.

…All existences are a quarter of him; and three-fourths of him are that which is immortal in the sky. With three quarters Purusha mounted upwards. A quarter of him was again produced here. He was then diffused everywhere over things which eat and things which do not eat … with the half he produced the whole world; what became of the other half of him?