This is a bit of
a stretch. It pretty clear though that
we may have demonstrated just how easily aquatic single cell life stays in
suspension in the atmosphere and that this suspension extends even to the upper
stratosphere. Thus a passing disturbance
will have little difficulty in drawing such material out into space
itself. Many more tests need to be done
to confirm all this but it appears worth doing.
Either conjecture has just made it vastly easier to encounter cellular
live in deep space.
We have not
proven the Panspermia conjecture yet, but it has become a lot easier to
consider and means that deep space sampling is worthwhile. Actual confirmation may not be too far off
either.
Knowing that life
is actually seeded throughout the universe in the pathway of life supporting
stars changes us a massive time line for the first emergence of life itself and
that is welcome. Seeded life is then
able to emerge as quickly as possible.
Scientists claim to have found evidence of ALIEN LIFE: Balloon sent to
edge of atmosphere picks up organisms ‘that can only have come from space’
Scientists found algae after sending a balloon into the
stratosphere
Claim the algae could only have come from space or a volcanic eruption
This could provide evidence that the 'seeds of life' exist all over
the Universe and travel from one planet to another via meteors
By ELLIE ZOLFAGHARIFARD
PUBLISHED: 16:24 GMT, 10 September
2013
British scientists believe they have found evidence alien life after
sending a balloon to the edge of space.
The team of scientists sent a balloon 27km into the stratosphere and captured
small biological organisms they say can only have come from space.
The group, headed up by astrobiologist Professor Chandra
Wickramasinghe, claims the 'seeds of life' have been transported between
planets by passing meteors.
British scientists believe they have found evidence alien life came to
earth on passing meteors. The team, headed up by leading astrobiologist
Professor Chandra Wickramasinghe (pictured) claim the 'seeds of life' have been
transported between planets by passing meteors
Professor Wickramasinghe, 74, and his team from the University of
Sheffield sent a specially designed balloon into the atmosphere above Chester
during the annual Perseid meteor shower.
The balloon was carrying sterile microscope slides which were only
exposed to the atmosphere at heights of 27km.
When the balloon fell back down to Earth the scientists discovered
microscopic aquatic algae on the microscope slides - which they say can only be
alien life forms.
Professor Wickramasinghe, 74, and his team from the University of
Sheffield sent a specially designed balloon into the atmoshphere during the
annual Perseid meteor shower last month in August
Their findings were published in a paper during the Instruments,
Methods, and Missions for Astrobiology conference in San Diego, USA, last
month.
Prof Wickramasinghe said: 'Biological entities of this nature have not
previously been reported occurring in the stratosphere.
'The entities varied from a presumptive colony of ultra-small bacteria
to two unusual individual organisms - part of a diatom frustule and a 200
micron-sized particle mass interlaced with biofilm and biological filaments.'
He said these findings were evidence for the theory of 'cometary
panspermia'.
This states that the 'seeds of life' exist all over the Universe and
travel through space from one planet to another.
The left image shows an unidentified 'alien' biological complex
organism with a segmented neck connected to a flask-shaped body. On the right
collapsed 'alien' organism with a 'proboscis'- or head of the animal- with 2
nostril-like openings and a 'sphincter'-like opening at the top
When the balloon fell back down to Earth the scientists discovered
microscopic aquatic algae on the microscope slides - which they say can only be
alien life forms. An internal microscopic image of an alien mass of bacteria
found is pictured above
Sceptics believe 'biological entities' captured in the stratosphere
could have been carried high into the atmosphere from Earth - and not from
space.
But Prof Wickramasinghe said: 'The biological entities found are
particles of relatively large size and mass.
'By our current understanding of the means by which such particles can
be transferred from Earth to the stratosphere they could not - in the absence
of a violent volcanic eruption occurring within a day of the sampling event -
make such a journey.
'If there is no mechanism by which these biological entities could be
elevated from Earth to the stratosphere then it must have arrived from above
the stratosphere and have been incoming to Earth.'
The Sri Lankan-born British mathematician, astronomer and
astrobiologist is one of the leading proponents of the theory of cometary
panspermia.
Panspermia is Greek for 'seeds everywhere'.
The panspermia theory states that seeds of life can be spread through
space from one location to another. and that life on Earth may have originated
through this process.
It requires meteors blasted from a planet’s surface serve to act as
transfer vehicles for spreading biological material from one planet to another.
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