WAS LIFE FIRST FORMED ON MARS WHAT IF�
MATRIX WORLD DISCLOSURE
Life began on Mars before it arrived on Earth, sustains a major scientific conference, according
to bbc.co.uk.
According to new research, the Red Planet would have had conditions to support life
much better than the Earth several billions of years ago.
The evidence is based on how the first molecules needed for life were assembled.
Details of the theory were presented by Prof. Steven Benner at the Goldschmidt meeting in
Florence, Italy.
Scientists have long wondered how atoms came to form for the first time the three crucial
molecular components of living organisms: RNA, DNA, and proteins.
Molecules � combined to form genetic material � are much more complex than the pre-biotic
precious organic soup consisting of organic (carbon based) chemicals that are supposed
to have existed on Earth more than three billion Years, and RNA (ribonucleic acid) is believed
to have been the first to �start the� life on Earth.
The idea that life first appeared on Mars and was then �transported� to Earth through
meteorites was also sustained before.
But Professor Steven Benner of the Westheimer Institute of Science and Technology in Gainesville
added the US This theory is another turning point of the Martian origin of the land biosphere.
In Florence, Professor Benner presented results suggesting that minerals containing boron
and molybdenum are key to assembling atoms into molecules that gave birth to life.
The scientist
argues that boron helps carbohydrate rings form pre-biotic chemicals so that the molybdenum
takes the intermediate molecule and rearranges it to form the ribosomes and hence the RNA.
This theory raises the issue of how life began on Earth since the Earth was an unfavorable
environment for the formation of the necessary minerals of boron and molybdenum.It is believed
that the boron minerals required to form RNA from the pre-biotic soup were not present
in the past in sufficient quantities in the past, and the molybdenum minerals did not
exist on the Earth in the correct chemical form.
Professor Benner explained that only when molybdenum became highly oxidized was able
to influence the formation of early life.
But this form of molybdenum could not exist on our early planet because three billion
years ago the Earth was receiving very little oxygen, instead, Mars had oxygen.
This is still evidence of the fact that life came to Earth through a meteorite coming from
Mars and that life did not start directly on Earth.
Mars had a stable soil 4.5 billion years ago, when the Earth still recovered after the impact
that led to the formation of the Moon.
It is obvious that in such conditions, the origins of life on Earth may be martians,
says Jay Melosh, a scientist at the University of Arizona.
Life
Also, the latest NASA expert conclusions are clear.
Martian conditions in the past have allowed life to exist, and the evidence is clear,
the New York Times writes.
Mars is very attractive from the perspective of a planet that could sustain life.
And we�re not just referring to the Gale crater, but many places on the entire planet,
says Dr. Grotzinger to the New York Times.
Moreover, according to the scientist at Westheimer Institute of Science and Technology in Gainesville,
Florida, these life-friendly conditions exist even now on Mars.
�The oxidized form of molybdenum could not exist on Earth when life came out.
Three billion years ago, on Earth, there was very little oxygen, but on Mars, there was
more, �says Steven.
The hypothesis promoted by Banner solves a paradox that has been confusing for scientists
for years.
They did not succeed in creating life forms using organic matter and heat or light, that
is, reproducing the conditions existing in the distant past on Earth, writes Daily Mail.
Instead of turning into life forms, these compounds change into something similar to
oil or asphalt, and so far the scientists had no explanation.
Recent analyses of meteorites on Mars have demonstrated the existence of a chemical element
called boron.
Steven thinks they will find there an oxidized form of molybdenum.
In addition, on Earth, the first life forms would have been covered by water, and water
destroys RNA, which is the first genetic molecule to exist.
Instead, there is less water on Mars than on the Earth a few billion years ago.
�We have proof that we are all Martians.
Life appeared on Mars and came to Earth on a piece of rock, �says Steven.
However, the Earth was the ideal planet for the maintenance and evolution of life, the
geochemist explains.
Recent scientists have learned that the Martian meteorites found on Earth are 4 billion years
younger than initially estimated, so Mars could still be a geologically active planet.
So far, 100 meteorites have been discovered from Mars.
Some are 200 million years old, others only 20 million years old.
�The evidence leads us to think we�re all Martians.
Life started on Mars and an asteroid brought it to Earth.
It is a good fortune that today we are here, but it seems that Earth was a better place
for everything that means life.
�Says Benner.
The specialist brings the hypothesis of panspermia.
Panspermia �seeds� is a hypothesis that the life that exists in the Universe is spreading
through meteorites, asteroids, and planets.
Panspermia states that life seeds exist everywhere in the Universe and that life on Earth (or
elsewhere) began when these seeds arrived here, possibly brought by a small heavenly
body.
Similar research is made if life on Earth can be further propagated into the Universe
by the same method.
But let�s not forget, like all that can not yet be proved, is at the moment, just
a theory.
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