Supernova Theory connects a blowing star to global cooling and human evolution

What is the link between the bursting stars, climate change and human evolution? Francis Thackeray, who has researched the ancient environment and the ancient atmosphere for many years, determines his views about what has happened in the past.

The global cooling that took place millions of years was thought to be the result of the maritime. He suggests that this may be due to the effects of Supernova’s remnants. Supernova, the time for climate change and the evolution of species.

What is your Supernova assumption?

My assumption is that the remnants of a Supernova – a botching star – influenced the Earth’s past climate, causing global cooling 3 million to 2.6 million years ago and indirectly affected the evolution of the Homelands (ancient relatives of humans).

How can these changes be kept so far?

Some people have considered that global cooling in the Playscistosin may be due to a change in the maritime streams. This may be somewhat correct, but I think Supernova’s speculation needs to be found.

It is very excited to think that our evolution can be associated with Supernova as part of our dynamic universe.

How did you come to your supernova assumption?

Supernova contains stars that are extremely large (five times more of our sun) and have reached the end of their magnificent evolution. These blasts are rare. On average, within our galaxy (the sky), only one or two per cent is visible from the earth like temporary bright stars.

As a result of such blasts, the material is removed from the exterior at the speed of light. Chemical elements are formed, including a type of iron (factor FE) known as Isotop FE-60. It has 26 protons and a maximum of 34 neutrons.

In the last ten million years, the signs of FE -60 Iron Osotopus from Supernova have been discovered on the ground in the maritime reserves, such as digging into cores in the East Indian Ocean.

Deep maritime reserves with FE-60 can be given history using radioactive elements that strive at a well-known rate. This is called radometric dating.

For the period of 3 million to 2.6 million years ago, the extremely small marks of FE-60 increased regularly. We know from the data published by Anton Walner and his colleagues. Since this is a regional trend, I want to retreat in 3.3 million years, when the initial cosmic rays have hit the earth for the first time. I suggested in Quest Magazine that this initial cosmic effect is associated with a major glaciation (cooling) event, which is called M2 in a hot period.

A “near the earth” can produce universe rays (radiation from the outer space), which can reduce the ozone layer of the earth. The cloud associated with cosmic radiation can be a factor in the global climate change. In particular, change is global cooling.

This cooling affects the distribution and abundance of the species of the plants, and in turn also affects the animals dependent on such plants.

What is the potential new insight into human evolution?

Population of Australians The temperature reduction has been indirectly affected.

Australians For remote human relatives, Jeans, who lived in geological periods in Africa, is called Plysin and Plyson. The limit is 2.58 million years ago between the intervals. At that time, some species were eliminated. The duration is closely compatible with the maximum FE-60 and the change in the earth’s magnetic field.

The first fossils of Australians To describe, 100 years ago, the gynecologist Raymond Dart kept in a species called A. African. Named “Tang Child”, it was discovered in South Africa. Its bio-chronological era is based on recent dental dimensions mathematical analysis, about 2.6 million years in the range of plateosis.

It cannot be concluded that the death of the Tong child was directly caused by a supernova. It will be a distant thing. In fact, there is evidence that the individual, for about 3 years, was killed by eagle.

However, it is understandable to suggest that in Africa, in Plu Plastson, the population of the population Australians The temperature was affected by a decrease in the temperature that affects the distribution and abundance of the plants and depends on the animals.

Recently, a new generation of Australians (Not yet named, from Lady Garo) in Ethiopia, about 2. 2.6 million years ago, which is also maximum time in the FE -60 in deep marine reserves.

The appearance of jeans Homo Brian Vilmware and his colleagues are close to the Paleo Plastson range by the recently reported fossils and has a history of about 2. 2.8 million years ago. Original Homo Temperature changes and changes in the residence may be related, as five decades ago by South African experts, Elizabeth Varba and Bab Brian, were acknowledged, though they emphasized the date of two and a half million years ago.

Is it possible that cosmic radiation has stimulated genetic changes?

I am told by my colleagues that I am inclined to think “out of the box”. Well, in this case, I would like to propose a “hominoid mutual assumption”. The assumption states that the speculation of the Hominoids (including human ancestors and the champion and guerrillas) was associated with the changes and genetic changes caused by the universe rays.

It is interesting to consider the possibility that the origin of our jeans Homo The cosmic radiation is partially related. Over time, the depth, Swanus Mark has proven that the spanova frequency and speculation (increased geometry associated with the evolution of new species) is a relationship, the last 500 million years (phenrozic period). I think it is completely possible that one of the main reasons behind this connection was the variable of the universe rays on the DNA, as the speculation rate exceeded the disappearance.

In Homeinoids, the cosmic rays could contribute not only in global cooling but also in genetic changes, which could result in speculation changes as well as changes in anathetic (morphological).

If we return about 7 million years ago (when the FE60 once again reflects the activity of Supernova), we will expect to find the foam that is close to a common ancestor for chimpanzees and humans. In terms of assumptions, the hominoid mutation can be associated with radiation. About 7 7 million years old is a Heminide species Sohalantaropus (Michelle Berontation in Chad discovered). In my opinion, this species is very close to ordinary ancestors Homo sepans (We) and Chapus.

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