Creation: Earth-Milky Way-Universe.

Creation: Earth-Milky Way-Universe.

Einstein Want To Know How The Creator Created The World.

Albert Einstein.

Albert Einstein.

The most impressive events were embraced within the Laboratory of Cosmos during its creation. Albert Einstein (March 14, 1879-18 April 1955) was a theoretical physicist widely regarded as the great scientist of the 20th century. He started mathematics teaches at the age of twelve. Two of his uncles fed his intellectual interest by making available books of mathematics and science. Steinstein obtained the post as Assistant Patent Clerk in 1902 at the Swiss Patent Office. One of the Directors there taught him “to express myself correctly.” For the mathematics Einstein himself explains: “How many maths laws refer to reality is uncertain and, as far as they are sure, they are not referred to reality. “Instead, Steinstein wanted to” know how God created the world. “He believes in the following:” My belief consists of humble admiration for the immeasurable exalted spirit that reveals itself to the slightest detail that we make with our fragile and feeling weak “.

The Geological Time Scale

The Thoughts are the Greatest Power. There is no work that is tougher work than to think. Together, the Speaking of the Word. All that we can see, too, that is not even in mind of man can come up, created the creator by spoken word

C R van Hise proposed the Geochronological and Stratigraphic term in 1909: It applies in broader sense to the entire history of the Earth since the planetary birth to the Phanerozoic. Three sections are distinguished here: –

1) The Astrophysical predicts.

2) The archaeological (or asiatic).

3) The Proterozoic (also known as the Cryptozoic, Archeozoic and Eozoic)

The Earth’s history is chronologically divided into geological periods. The geology currently uses the “International Commission on Stratigraphy” version of the different geological periods.

The history of the Earth is divided into four chronological high periods or eons.This is the (1) Hadeïkum (2) Archaeological (3) Proterosoïkum – these three are called the Pambamburger (Kambrium) and the (4) Phoenician. The four Eons are divided into Eras. The youngest Eon, the Phoenician Eras, is then the (1) Paleozoic (2) Mesozoic, and the (3) Cenozoic. We then find the last Era, the Cenozoic, divided into three periods, what is known as the (1) palace, the (2) neighbour and the (3) current quarters. the periods are divided into epochs. the quarters epoch distribution is then the (1) pleistosen and (2) halloween.Pogs subdivided into Time Zones.

THE FORMATION OF THE SUNNAL SYSTEM

The Astrophysical predicts.

The Astrophysical Prediction

The Astrophysical Prediction

The Sonnewel-Hypothesis:

The Solar System is formed from a large, rotating cloud of interstellar dust and gas just to the Big Bang. It consisted of hydrogen and helium and heavier elements that came from Supernova’s. The fog’s contraction could have been by a near Supernova. The fog’s rotation was possibly caused by a shock wave that caused it to turn faster. The result: The angular momentum, gravity and inertia (restlessness) are squeezed in a protoplanetary disk perpendicular to its axis of rotation. Disturbances due to collisions and the angular momentum of other major fragments caused proto planets to begin to form around the center of that newel has rotated.

 

The mist of the fog quickly collapsed. The compression has heated it until the nuclear fusion of hydrogen has started in Helium. Nuclear fusion or nuclear fusion is the fusion of lighter atomic nuclei to heavier nucleus. The melting is only possible at very high temperatures and pressure when atoms move rapidly and collide strongly against each other. During hard collisions, the atomic nucleus of one atom enters the atom’s nucleus from another atom’s nucleus and fuses to form an atom with a larger nucleus.

When Deuterium ²H-2N Nucleon, 1 Proton and 1 Neutron (Atomic Number 1) with Tritium-3H-1 Proton and 2 Neutrons Hydrogen atom combine to form ⁴He, atomic number 2.Energy is released because ⁴He has a lower mass than the sum of ²H and ³H. The energy released is calculated by the formula E = mc². It is proposed as follows: –

²¹H + ³¹H icon-arrow-circle-o-right ⁴₂He + ¹οn (The ²¹H is a hydrogen atom with 2 nucleons: 1 proton and 1 electron.

When atoms of elements that are lighter than iron, like hydrogen, would merge, some of the atoms are converted into energy. In the hydrogen case, approximately 0.67%. The fusion of heavier atoms than iron requires energy and is then absorbed. and not released as in lighter atoms. Nuclear fusion should not be seen as a chain reaction. No particles are released that can cause the new persistent merger. The merger process is only maintained by a lot of high temperature and pressure, found around the center of a star like the sun.

Another compression has developed a T Tauri star in the Sun. The characteristic of the T Tauri star is their variability and strong chromospheric lines. It is found near molar clouds. The central temperature of the stars is too low that fusion of Hydrogen is possible. They are powered by gravity power release. This occurs when the star collapses, which then moves to the main series. The rotation period is calculated between one and twelve days with their characteristic very active and variable characteristic.

In addition, gravity compressed into the outer parts of the nylon. The rest of the protoplanetary disk formed rings that separated from each other. Greater waste and dust particles were compressed which formed Planets. Next, the newly formed T Tauri star’s solar wind, most of the material was blown away. Those who did not belong to the larger bodies did it. Then it formed the new Stars and Planets.

Thanks to the acreous growth of the proto-earth that its inside was so hot that the heavy, siderophilic metals began to melt. They sank because their density was greater than that of the Silicates. The Iron Man’s consequence was that the mantle and A metal core has separated. This occurs after the earth’s formation began. This resulted in the layered structure of the Earth and the formation of the planet’s “magnetic field”.

 

The Archaeological. (Asoic)

Archaeological is derived from the Greek word, archaeos, which means old.This is also the name of the preCambrian geological period during which the first sediments on earth were formed. There is not much evidence about this period. Its deposits has changed due to Metamorphosis. The Earth is separated by a disorder of the subsequent Algonkian.

The fact that fossils have not yet been found in the depositions at the stage of the search is not an indication that there was no life on Earth. There are already graphs and limestone known from the period in which plants and animals participated in its formation.

The Archaeological. (Asoic)
Archaeological is derived from the Greek word, archaeos, which means old.This is also the name of the preCambrian geological period during which the first sediments on earth were formed. There is not much evidence about this period. Its deposits has changed due to Metamorphosis. The Earth is separated by a disorder of the subsequent Algonkian.

The fact that fossils have not yet been found in the depositions at the stage of the search is not an indication that there was no life on Earth. There are already graphs and limestone known from the period in which plants and animals participated in its formation.

The Proterozoic (or Proterozoic)
The word Prototropic is derived from the Greek word, proteros, which means first, earlier, older, and so, life. The period is also known as the Cryptozoic, Archaea and Eozoic.

The Prekambrium was a cold period. The Earth produces testimony of twelve glacial periods of global scale. Glacial rocks (trusts and diamonds) are known from Greenland, Scotland, Scandinavia, Zaire, South Africa and Australia. There was an absence of oxidative weather in other words, free oxygen.Therefore, there was no climate in the ordinary sense of the word. Free oxygen was only preceded by the presence of oxidized red sediments.

Simple life can be common. Complex life requires specific environmental conditions. The earliest known fossils represent bacteria and blue eyes. M. Glasessner claims during the period of the Prokaryotic Organisms that possessed the prokaryotic cell as opposed to the eukaryotic cell, which is not a true nucleus and the chromosomes. The buildings that have released oxygen-formed rocks, which included limestone reefs and carbon layers. The biogens then show organisms formed by living organisms known as stromatolites, progressive change of shapes. It is of great use for deciphering the stratigraphy of limestone dolomite deposits. Earlier, eukaryotic organisms have emerged that correspond to green beasts and molds. Every animal life appeared only later. The first Metazoa occurs in general as little as Differentiated forms such as Radiolaria (unicellular). Then, richly developed fauna and multicellular animals, especially crustaceans without a skeleton, are developed by Edikaria, Worms (Spriggina) and Seascape (Ranges)

The Sudden Change In The Lower-Cambrian Atmosphere.
Suddenly, the strains of the biological classification in the Lower Cambium develop. This is attributed to the radical changes in the atmospheric temporal decrease in CO2 levels and in the Oceans CaCO3 increase.

The lower boundary of the earliest sediments is unknown. The earthquakes have transformed the sediments to a considerable extent. The oldest rock groups were originally thick succession sediment and lava. Only in Africa are six shield areas known. In the late Prekambrium, the shield areas are subjected to long-term erosion before the land’s surface was taken by the sea.The younger Precambrian formations were metamorphosed, graphitized, invaded and vertebrates by coagulation rocks such as Ghana and Nigeria, and in the geosynclines of the Congo and East Africa.

Ys action, volcanism, delta deposits and marine conditions are recognizable in the period. Of economic importance, the copper-bearing Katanga group covers the Rhodesian shield in the north. The group of sediments is divided into three: –

a) The Roan conglomerates, licorice, confectionery and limestone. b) Mwashaya sediments, with permission sg.Grande Conglomerate c) The Kundendu limestone and sandstones.

Stolling rocks distorted and sedimented sediments. Zambian researchers regard copper mineralization as sedimentary in the Roan, while Congolese indicates epigenetic … later erosion. The Cu-Pb-Zn-U vertebrate in the Kundelugu stones appears later than the deposition of the sediments. Typical conditions prevailed in the NO-migratory Damara Geosinklin in South West Africa (Namibia)

Primitive Atmosphere.
The oldest dated rocks of the earth’s crust were usually intensely metamorphosed. The composition of the atmosphere has changed. Oxygen originated by photosynthesis.All and worm-like animals make their appearance. First signs of primitive life. Life began to arise. The atmosphere was mainly from Nitrogen, Methane and Ammonia. The temperature of the Oer Atmosphere should have been from 20 degrees Celsius to 80 degrees Celsius. Higher discharge and ultraviolet sunlight caused the formation of organic matter in the Oer Atmosphere.

Life on the planet has a certain chemical composition. So we get that particle excitability, reaction, the ability to metabolize (assimilation and dissimilation), growth, propagation and regulation of the internal environment of organs and cells (homeostasis). has.

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