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1st November 19:22
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Posts: 1
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If the Growing Solar System Theory is correct then long time ago 5-8
billion years ago Mars was the planet teaming with life and Earth had no life. The Sun at that time was much smaller as were the planets. Earth and Mars were satellites of some gas-giant in which the gas giant was collided with the Sun and the satellites of Mercury, Venus, Earth and Mars were spared but their gas-giant parents were swallowed by the Sun. Like today with Jupiter, Saturn, Uranus, Neptune all have many satellites and these gas giants will either form a twin star to the Sun or become swallowed by the Sun leaving Europa and other satellites to become new Earths. So, now, if say 6 billion years ago Mars was the optimal distance from the Sun and not Earth then Mars would be teaming with life. Now then, as billions of years lapsed and Mars became more distant from the Sun yet Earth put into the *optimal orbit to sustain life*, then the death of most species on Mars when it was team with life would occur. But would all of the life have gone extinct as Mars moved into its present orbit? I doubt it. And the lifeforms that would have survived would be plants with root systems such as what we are now observing on Mars. If true and confirmed that the threadlike observations from the Mars Rovers is plant material, then Mars is still abundant in life. Those round nodules may have something to do with the threadlike objects. Perhaps an onion like plant, or a bulb plant. If all of this is true then it is only a matter of time for the Rovers to find evidence of Coal. Also, it is ironic that the proof that Mars has water is as simple as the fact that the muddy topsoil sticks to the wheels of the Rover. Archimedes Plutonium whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies (www.iw.net/~a_plutonium) website of the science of AP under revision |
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1st November 19:24
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Posts: 1
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Well, these threads you are talking about will be the topic of
discussion on www.coasttocoastam.com tonight. Linda Moulton Howe is the guest for the first hour tonight. She's got a photo of the puzzling filaments that were found on the Martian soil on the front page of her website at: www.earthfiles.com There is also a small article about the 'strange object' that was found on Mars by the rover Opportunity there also. It seems that everything folks talk about here in this newsgroup somehow ends up being a topic of discussion on Coast To Coast AM. I get the funny feeling that they monitor these newsgroups to get ideas for their shows. |
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4th November 14:10
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Posts: 1
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Yes, granted there are a lot of "ifs" but those ifs can work for you
and not against you. What I mean is that if you have a new theory, then it provides various implications and predictions and you thence have to follow that line or chain of reasoning from that new-theory. Alexander, the old theory is the Nebular Dust Cloud which would never have the planet Mars in the most favorable distance from the Sun and would have Mercury, Venus, Earth, Mars relatively the same distance spacing for the past 5 billion years where the creation was exactly 5 billion years old. New-theory of Growing Solar System has the creation about 10 billion years old where the Sun and inner planets are about 10 billion years old but Jupiter and the gas-giants are newcomers and only about 5 billion years old. The inner planest were satellites of long ago swallowed up gas giants by the Sun and the satellites escaped the swallowing. Thus, and therefore Mars would have been in the ideal space distance away from the Sun and Earth would have been where Venus is at present time. Mars would have been teaming with life and have had oceans. So, yes, there are a lot of "ifs" but those ifs are warranted from the new theory. And it takes only parts and pieces of the new theory to be correct to give validation to this new theory. I say that because Mars may have only been in this favorable distance from the old Sun for only a short period of time say perhaps 1 billion years whereas Earth has been in this favorable distance from the new Sun for over 3 billion years. So, I do not know how long life can evolve on Mars at a favorable distance and as it moves away from the Sun into its present day orbit, how much of that teaming life can live without going extinct and what the final form that life would take. This brings up the interesting scientific question that if you take EArth at present day time and were to move Earth into the orbit of Mars over a time period of say 3 billion years, how much of the life on Earth at present will go extinct and how much of it will still manage to live?? Excellent question. Would the only life that survives such a orbital trek that of say plant bulbs such as onions or tulips? Are the small round objects found on Mars soil really some plant form like onions? Are the threadlike material onion roots? Or some sort of tulip roots? I think if you take present day Earth and slowly moved it into Mars orbit over a span of 3 billion years, that although most life on Earth would go extinct, I believe that various plant forms would manage to survive and eventually prosper. I do not know if the Rover Robots on Mars can microscope onto whether Mars has bacterial life? I am guessing that bacteria are essential in order for plant life to exist on Mars at present. Archimedes Plutonium whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies (www.iw.net/~a_plutonium) website of the science of AP under revision what used to be my old science website http://www.newphys.se/elektromagnum/...udwigPlutonium from years 1993 to 2004 |
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4th November 14:13
External User
Posts: 1
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There were two fibres found at the Opportunity site
http://marsrovers.jpl.nasa.gov/galle...nity_m019.html http://www.earthfiles.com/news/news....tegory=Science Explanations given are that the filament came from a broken airbag, or that there is a defect in the imaging, or there's static electricty holding fine grains of sand together, and finally that the filaments are salt deposits left behind from brine seepage in the soil (hope I got all the explanations right). Now look at this recent photo from the Spitit site, we see other filaments best photo: http://origin.mars5.jpl.nasa.gov/gal...0P2943M2M1.JPG all photos: http://origin.mars5.jpl.nasa.gov/gal...irit_m046.html The best looking filament is found in the upper right corner of the image. It is located just to the left of the rectangular rock. It shares the same characteristics as the other filaments, wher it bends into an "L" shape. Parts of the filament appear to go under the sand. You can see other filaments in the image if you look for them, and they all take on the same characteristics. They look a lot like roots to me. Perhaps there are good nonbiological explanations for these things, but they sure look to be biological in origin. This is real weird. |
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9th November 18:44
External User
Posts: 1
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So then, if you were to take present day Earth and slowly and
gradually move it off to a distance wherein it is at present day Mars with a Martian orbit around the Sun, then the question remains as to how much of Earth's abundance of life will go extinct and how much would survive? Would it all go extinct. I doubt it because of the tenacity of life and because it was such a slow and gradual process taking at least a billion years and perhaps 3 to 5 billion years of moving. So what sort of life forms would survive and then prosper on Mars? I think plants more than animals would survive and things such as bulbous type of plants that can store there energy. Sort of like a cross between onions, tulips, and cactus. Plants that can store energy to endure long and brutal Martian seasons and years. Whether bacteria are essential for these surviving plants I suspect so. And thus if some plants survived then some bacteria survived also. So that if we moved present day Earth into a Mars orbit over several billion years of time, I suspect the end result would be some sort of bulb plants and bacteria would have survived the move and the settling into a Martian orbit. With the Growing Solar System theory, the trouble I have if Mars is found to have bulb like plant life, is that I do not know how long Ancient Mars when it was in the favorable distance from the Sun some 8 to 5 billion years ago and where Earth was about in the orbit of present day Venus. I do not know how long Mars held the favorable distance from the Ancient Sun to have a planet copious with life-forms such as present day Earth. If Ancient Mars held the favorable distance for billions of years then present day Mars should have coal seams because of that Ancient Mars distance created a lush and teaming life. But if Ancient Mars held that favorable distance for only 1 billion years say from about 6 billion years ago to 5 billion years ago, then present day Mars may not have any coal layer seams because Ancient Mars did not have the time to accumulate bio-organic carbon into coal. And that present day Mars would only have bulbous plant life as evidence that it was once filled with life. Archimedes Plutonium whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies (www.iw.net/~a_plutonium) website of the science of AP under revision what used to be my old science website http://www.newphys.se/elektromagnum/...udwigPlutonium from years 1993 to 2004 |
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