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UM-Bot
user posted image rSubmitted by Telemachos: There is a small bottle containing a red fluid on a shelf in Sheffield University's microbiology laboratory. The liquid looks cloudy and uninteresting. Yet, if one group of scientists is correct, the phial contains the first samples of extraterrestrial life isolated by researchers. Inside the bottle are samples left over from one of the strangest incidents in recent meteorological history. On 25 July, 2001, blood-red rain fell over the Kerala district of western India. And these rain bursts continued for the next two months. All along the coast it rained crimson, turning local people's clothes pink, burning leaves on trees and falling as scarlet sheets at some points. Investigations suggested the rain was red because winds had swept up dust from Arabia and dumped it on Kerala. But Godfrey Louis, a physicist at Mahatma Gandhi University in Kottayam, after gathering samples left over from the rains, concluded this was nonsense. 'If you look at these particles under a microscope, you can see they are not dust, they have a clear biological appearance.' Instead Louis decided that the rain was made up of bacteria-like material that had been swept to Earth from a passing comet. In short, it rained aliens over India during the summer of 2001. Not everyone is convinced by the idea, of course. Indeed most researchers think it is highly dubious. One scientist who posted a message on Louis's website described it as 'bulls***'. But a few researchers believe Louis may be on to something and are following up his work. Milton Wainwright, a microbiologist at Sheffield, is now testing samples of Kerala's red rain.

'It is too early to say what's in the phial,' he said. 'But it is certainly not dust. Nor is there any DNA there, but then alien bacteria would not necessarily contain DNA.' Critical to Louis's theory is the length of time the red rain fell on Kerala. Two months is too long for it to have been wind-borne dust, he says. In addition, one analysis showed the particles were 50 per cent carbon, 45 per cent oxygen with traces of sodium and iron: consistent with biological material. Louis also discovered that, hours before the first red rain fell, there was a loud sonic boom that shook houses in Kerala. Only an incoming meteorite could have triggered such a blast, he claims. This had broken from a passing comet and shot towards the coast, shedding microbes as it travelled. These then mixed with clouds and fell with the rain. Many scientists accept that comets may be rich in organic chemicals and a few, such as the late Fred Hoyle, the UK theorist, argued that life on Earth evolved from microbes that had been brought here on comets. But most researchers say that Louis is making too great a leap in connecting his rain with microbes from a comet.

user posted image View: Full Article | Source: The Guardian
Rykster
QUOTE(SaRuMaN @ Mar 7 2006, 10:14 AM) [snapback]1093130[/snapback]
Nor is there any DNA there, but then alien bacteria would not necessarily contain DNA
Interesting to claim that life on Earth was started by cometary contributions, and the also claim that a sample of that panspermia would not necessarily contain DNA. If these are microbes, either of terrestrial, or ET origin, they would have DNA, just as the life here, that was supposed seeded by these comets.
I do believe that there is some credibility to the panspermia idea, I just think that this example is full of, nothing.
Pax Unum
It all started with scarlet rain showers last Thursday on some villages in the southern districts of Kottayam and Idukki...

Coloured rain falls on Kerala

Some red rains have been analyzed scientifically. On March 14, 1818, there was a red rain in Naples, Italy, and dry powder was collected after the shower. The powder was analyzed and was shown to be composed of silex (33%), alumina (15.5%), chrome (1.0%), carbonic acid (9.0%), and a "combustible substance of a carbonaceous nature." It was thought to be of "volcanic origin, and that the presence of chrome assimilates it with meteoric stones" (The American Journal of Science and Arts, 1: 309, 1819).

In 1819 at Blankenburg, Mssrs. M. M. Meyer and Stopp took samples of red rain that fell and found it to contain a solution of chloride of cobalt. Samples taken from the Sienna case referred to previously were taken by Professor Campari who, together with Professor Gabrielli, analyzed it and found that it did not contain chloride of cobalt. They also found that the water deposited no sediment, so the color must have been due to a solution of some sort (Philip Henry Gosse, The Romance of Natural History, London: James Nisbet and Co., 1866; vol. II, p. 102-103).


In William A. Corliss's compilation Strange Phenomena: A Sourcebook of Unusual Natural Phenomena (The Sourcebook Project, Glen Arm, MD: 1974, pp. G1-10) there is an analysis of a blood rain by O. Silvestri that originally appeared in Chemical News, (25:300, June 21, 1872). The chemical analysis of the rain, which fell in Sicily on March 9th, 10th, and 11th, 1872; "was found to consist of 100 parts of red iron ochre, 75.1; carbonate of lime, 11.7; organic matter, 13.2." In this case--as in a number of others--the red rain was accompanied by meteoric dust, and this meteoric connection may be significant.

Scientific Analysis
Pax Unum
IT'S official. The coloured rain in some parts of Kerala was caused by the fine dust thrown up by a disintegrating meteorite. The celestial body, passing at great speed, deposited the dust in the monsoon clouds, causing the downpour of colour.

Dust settles over Kerala's `red rain'
STIX
Thanks for that reaserch you've done 'Pax Unum'.

I like the theory that life on earth began from meteorites... that it came from space. Since this is such an isolated incident I highly doubt that this organic material is earth-borne... although it is very plausible. Are the specimins still alive? Could the temperature change between freezing cold and super hot have caused the life to disintigrate into what we see now?
Pax Unum
QUOTE(STIX @ Mar 7 2006, 01:36 PM) [snapback]1093474[/snapback]

Thanks for that reaserch you've done 'Pax Unum'.

I like the theory that life on earth began from meteorites... that it came from space. Since this is such an isolated incident I highly doubt that this organic material is earth-borne... although it is very plausible. Are the specimins still alive? Could the temperature change between freezing cold and super hot have caused the life to disintigrate into what we see now?


The most widely-accepted interpretation of organic compounds in meteorites is that carbon compounds are probably abiotic but have the potential to become life in the right conditions. Since many meteorites are believed to be at least as old as the solar nebula, these prebiotic molecules could be the precursors of life as we know it.

did life come from space? or evolve after the organic matter arrived? I don't know... the trouble is samples can easily be contaminated...
dsmcneil
I have to agree with "Stix" on this one. Temperature, light, oxygen, whatever, could have caused a "physical" change from that was, to what is. Man's interpretation of life in general appears to be very limited once again.
rane
i recall reading about this a few weeks ago

i hope that it is something very significant towards our scientific research

its gonna be a stunner to keep updates on!
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