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#61
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Venus is alive and kicking our NASA's butt
"captain." wrote in message news:PY90h.72920$E67.71256@clgrps13... bacteria was just dicovered 3 kms beneath earth's suface. they feed on the energy given off by radioactive decay. although i personally do not believe that life will be found on mars, this could be one of the possible types that could live there. Are you sure it wasn't a pair of MTRP's old gym socks? |
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Venus is alive and kicking our NASA's butt
"captain." wrote in message
news:PY90h.72920$E67.71256@clgrps13 bacteria was just dicovered 3 kms beneath earth's suface. they feed on the energy given off by radioactive decay. although i personally do not believe that life will be found on mars, this could be one of the possible types that could live there. I'd have to agree, that sufficiently sequestered life (microbe or of whatever's much larger) could have existed and/or be otherwise coexisting rather nicely within Mars, as well as sufficiently deep within our salty moon. Too bad for Mars that could be of nearly ice to the core, whereas our orbiting mascon of such a nearby moon offers a likely core of thermal energy to work with, plus rather good access to all of that 1.4 kw/m2 of raw solar energy to boot, and otherwise enough gamma and hard-X-ray energy on deck as to doing something constructive with before we start in with our mostly robotic extracting as to all of that nifty He3. - Brad Guth -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
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Venus is alive and kicking our NASA's butt
"Brad Guth" wrote in message news:82f351f2ee7e3a2e34203484ecc47a22.49644@mygate .mailgate.org... "captain." wrote in message news:PY90h.72920$E67.71256@clgrps13 snip Too bad for Mars that could be of nearly ice to the core, whereas our orbiting mascon of such a nearby moon offers a likely core of thermal energy to work with, plus rather good access to all of that 1.4 kw/m2 of raw solar energy to boot, and otherwise enough gamma and hard-X-ray energy on deck as to doing something constructive with before we start in with our mostly robotic extracting as to all of that nifty He3. - Brad Guth Why do you persist in referring to our moon as a mascon? I've already explained to you that the term 'mascon' refers to a region of unusually high density on a planet or moon's surface. The impact crater rims on the moon might be called mascons, but not the moon itself. |
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Venus is alive and kicking our NASA's butt
"Brad Guth" wrote in message news:82f351f2ee7e3a2e34203484ecc47a22.49644@mygate .mailgate.org... "captain." wrote in message news:PY90h.72920$E67.71256@clgrps13 bacteria was just dicovered 3 kms beneath earth's suface. they feed on the energy given off by radioactive decay. although i personally do not believe that life will be found on mars, this could be one of the possible types that could live there. I'd have to agree, that sufficiently sequestered life (microbe or of whatever's much larger) could have existed and/or be otherwise coexisting rather nicely within Mars, as well as sufficiently deep within our salty moon. Too bad for Mars that could be of nearly ice to the core, whereas our orbiting mascon of such a nearby moon offers a likely core of thermal energy to work with, plus rather good access to all of that 1.4 kw/m2 of raw solar energy to boot, and otherwise enough gamma and hard-X-ray energy on deck as to doing something constructive with before we start in with our mostly robotic extracting as to all of that nifty He3. - Brad Guth i suppose there would be two major assumptions: 1. those bacteria most likely once, long ago, had at least some contact with the ocean or perhaps even land. over time they they somehow seeped down there and learned to survive on the radioactive decay. 2. they evolved down there independently and have been living ever since. i would tend to subscribe to option 1 because if they had evolved down there then there would be a huge difference in their dna that would have been announced right away. since there was no mention made of it, i have to assume that it was not that much different. so according to option 1 the moon would have to have had an atmosphere, ocean of liquid water, warmth, light, or whatever it was that first triggered life here. there has been no evidence found so far to support those conditions on the early moon so i have to come to the conclusion that life will not be found on the moon at any level. no moon, no mars, perhaps ganymede, europa, or callisto???? http://news.bbc.co.uk/1/hi/sci/tech/1074692.stm (ganymede) http://science.nasa.gov/newhome/head...t22oct98_2.htm (callisto) http://archives.cnn.com/2000/TECH/sp...opa/index.html (europa) tidal action from jupiter can provide the subsurface energy needed once again, i'll state that i don't think life will be found anywhere in this solar system. the above moons do provide the closest things to "promising" candidates. |
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Venus is alive and kicking our NASA's butt
"captain." wrote in message
news:ylk1h.74073$E67.47613@clgrps13 i suppose there would be two major assumptions: 1. those bacteria most likely once, long ago, had at least some contact with the ocean or perhaps even land. over time they they somehow seeped down there and learned to survive on the radioactive decay. That's a perfectly good one. The migration of terrestrial and/or of panspermia derived life (especially of sufficiently intelligent life) is a well accepted notion of life's evolution or to die trying. 2. they evolved down there independently and have been living ever since. That's a slightly remote sort of possibility, although I think not. i would tend to subscribe to option 1 because if they had evolved down there then there would be a huge difference in their dna that would have been announced right away. since there was no mention made of it, i have to assume that it was not that much different. The lack of DNA information may have been an intentional ruse, or it may simply not have been processed by the time of the report, although you'd have to believe that DNA testing should have been one of the very fist items on their list of such worthy things to investigate. so according to option 1 the moon would have to have had an atmosphere, ocean of liquid water, warmth, light, or whatever it was that first triggered life here. there has been no evidence found so far to support those conditions on the early moon so i have to come to the conclusion that life will not be found on the moon at any level. Our salty moon was once upon a time covered by roughly 262 km of salty ice, and thereby it had an atmosphere, plus having rather easily accommodated whatever sequestered pockets of life within such ice or perhaps icy geode pockets, and there's all sorts of perfectly viable science that'll help to establish that this was in fact the case. Obviously a sufficiently naysay mindset that's in total denial can't see this science because, if it's not status quo NASA approved is obviously why such science doesn't exist. If you had but one viable option of getting yourself away from a given point (A), and safely transported over to point (B), and all that you had at your disposal was an icy orb of roughly 4000 km to work with; As such, could you and your tribe of whatever heathens, livestock, pets, plants and whatever spare microbes and spores have managed to survive the interstellar trip? (I certainly could) no moon, no mars, perhaps ganymede, europa, or callisto???? Thank God you haven't excluded our somewhat newish and relatively nearby planetology worth of Venus, or how about Ceres???? tidal action from jupiter can provide the subsurface energy needed I totally agree, as well as the core of our moon is somewhat sol/earth tital warmed in addition to the 1.4 kw/m2 as radiated upon the daytime surface that's so physically dark and nasty in more ways than merely being double IR/FIR cooked or otherwise sub-frozen to death. once again, i'll state that i don't think life will be found anywhere in this solar system. the above moons do provide the closest things to "promising" candidates. Obviously you're excluding intelligent design as well as applied technology, as will as having ignored the intelligent adaptation of evolved life that finds a way to mutate in order to survive in places that we pathetic and naysay mindset humans even with our applied technology probably couldn't survive. You're also into selectively excluding the regular laws of physics to boot. Why is that? You've also ignored the reasonably good observationology as to what's existing/coexisting in plain sight, as to what's residing on Venus. Why are you still into so avoiding the specific topic that's related as to matters of Venus? - Brad Guth -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
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Venus is alive and kicking our NASA's butt
BTW; If something works on behalf of other life existing/coexisting
upon the likes of those nifty Jupiter or Saturn moons, then why not within our moon or especially that of surviving upon Venus? - Brad Guth -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
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Venus is alive and kicking our NASA's butt
"Brad Guth" wrote in message news:df2de78dcbec150265f9cc497640057d.49644@mygate .mailgate.org... BTW; If something works on behalf of other life existing/coexisting upon the likes of those nifty Jupiter or Saturn moons, then why not within our moon or especially that of surviving upon Venus? - Brad Guth I believe Captain has already answered your point regarding the likelihood of life appearing on our moon. Your habit of ignoring sensible replies to your wild postings are now legendary. William Herschel thought that life might exist in the sun and you seem to share much of his 19th century ignorance and chilidlike imagination. If you have any evidence whatsoever that there is life on Venus (moreover that the truth is being wilfully withheld, in true conspiratorial fashion), I am sure we would all be interested to see and hear about it. All we have seen of your wild theories to date are some hazy images showing what look like natural geological features but which you claim to be the work of alien intelligences and some very wordy nonsense which hardly makes sense in any language. What you refer to as 'reasonably good observationology' is no more than your own vivid imagination, set out as if it were plain fact. It isn't. I think it is time for you to **** or get off the pot, Brad my old duck. Give us something tangible or butt out. |
#68
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Venus is alive and kicking our NASA's butt
"Brad Guth" wrote in message news:cf2dd90f9f0a28802748e4638d43e50e.49644@mygate .mailgate.org... "captain." wrote in message news:ylk1h.74073$E67.47613@clgrps13 i suppose there would be two major assumptions: 1. those bacteria most likely once, long ago, had at least some contact with the ocean or perhaps even land. over time they they somehow seeped down there and learned to survive on the radioactive decay. That's a perfectly good one. The migration of terrestrial and/or of panspermia derived life (especially of sufficiently intelligent life) is a well accepted notion of life's evolution or to die trying. 2. they evolved down there independently and have been living ever since. That's a slightly remote sort of possibility, although I think not. i would tend to subscribe to option 1 because if they had evolved down there then there would be a huge difference in their dna that would have been announced right away. since there was no mention made of it, i have to assume that it was not that much different. The lack of DNA information may have been an intentional ruse, or it may simply not have been processed by the time of the report, although you'd have to believe that DNA testing should have been one of the very fist items on their list of such worthy things to investigate. so according to option 1 the moon would have to have had an atmosphere, ocean of liquid water, warmth, light, or whatever it was that first triggered life here. there has been no evidence found so far to support those conditions on the early moon so i have to come to the conclusion that life will not be found on the moon at any level. Our salty moon was once upon a time covered by roughly 262 km of salty ice, and thereby it had an atmosphere, plus having rather easily accommodated whatever sequestered pockets of life within such ice or perhaps icy geode pockets, and there's all sorts of perfectly viable science that'll help to establish that this was in fact the case. Obviously a sufficiently naysay mindset that's in total denial can't see this science because, if it's not status quo NASA approved is obviously why such science doesn't exist. If you had but one viable option of getting yourself away from a given point (A), and safely transported over to point (B), and all that you had at your disposal was an icy orb of roughly 4000 km to work with; As such, could you and your tribe of whatever heathens, livestock, pets, plants and whatever spare microbes and spores have managed to survive the interstellar trip? (I certainly could) no moon, no mars, perhaps ganymede, europa, or callisto???? Thank God you haven't excluded our somewhat newish and relatively nearby planetology worth of Venus, or how about Ceres???? i'd say possibly to venus, no to ceres. tidal action from jupiter can provide the subsurface energy needed I totally agree, as well as the core of our moon is somewhat sol/earth tital warmed in addition to the 1.4 kw/m2 as radiated upon the daytime surface that's so physically dark and nasty in more ways than merely being double IR/FIR cooked or otherwise sub-frozen to death. once again, i'll state that i don't think life will be found anywhere in this solar system. the above moons do provide the closest things to "promising" candidates. Obviously you're excluding intelligent design as well as applied technology, yes, i am. as will as having ignored the intelligent adaptation of evolved life that finds a way to mutate in order to survive in places that we pathetic and naysay mindset humans even with our applied technology probably couldn't survive. the right conditions are needed to get the ball rolling. if they are not there, there is no chance for adaptation because there is nothing there to begin with. You're also into selectively excluding the regular laws of physics to boot. Why is that? i'm not sure what you are refering to. You've also ignored the reasonably good observationology as to what's existing/coexisting in plain sight, as to what's residing on Venus. Why are you still into so avoiding the specific topic that's related as to matters of Venus? i think that of all of the planets in the solar system, venus would have a higher chance of having life most. but i honestly don't feel that any of the planets themeselves are very good candidates. in the case of venus, i think that the high temperatures and pressure, combined with the sulphuric acid, would discourage life. however at sometime in the past before the atmosphere was the way it is now, life could have started and then moved underground. venus is in the "life zone" of our star and has a thick enough atmosphere to block out lots of bad stuff. does venus have a magnetic field? - Brad Guth -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
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Venus is alive and kicking our NASA's butt
"Brad Guth" wrote in message news:df2de78dcbec150265f9cc497640057d.49644@mygate .mailgate.org... BTW; If something works on behalf of other life existing/coexisting upon the likes of those nifty Jupiter or Saturn moons, then why not within our moon or especially that of surviving upon Venus? - Brad Guth upon or within? -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
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Venus is alive and kicking our NASA's butt
"captain." wrote in message
news:VJv1h.35541$H7.4203@edtnps82 "Brad Guth" wrote in message news:df2de78dcbec150265f9cc497640057d.49644@mygate .mailgate.org... BTW; If something works on behalf of other life existing/coexisting upon the likes of those nifty Jupiter or Saturn moons, then why not within our moon or especially that of surviving upon Venus? - Brad Guth upon or within? You're starting to bug me. Our salty moon and of it's more than somewhat lethal surface environment is perhaps even doable if such other life were residing sufficiently deep within hollow rilles or perhaps within geode pockets where there's till some degree of a brine or other mineral/chemical substance containing h2o. Life as we know it (spores, microbes and larger) doesn't actually require direct sunlight, and sufficiently intelligent life can simply devise whatever artificial light that a given situation demands (proper evolution and/or intelligent design gives life bioluminance capability and if need be better eyes that are 100 fold more sensitive, plus others as having greater spectrum capablility than us humans). I'll also contribute that the science of observationology and those regular laws of physics go hand and hand, whereas such there's all sorts of viable possibilities that are currently available for those rationally deductive interpretations of what's to be seen on behalf of that rather nearby other planet accommodating such Venusian and/or ET life, as to having been existing/coexisting upon Venus in spite of their extremely buoyant and toasty environment that offers so freaking much spare/renewable energy to all but the most heathen species of village idiots. Venus is without question humanly hot because of the relatively newish planetology of it's geothermally active environment, but it's not actually the least bit insurmountably too hot as for intelligent and/or of sufficiently evolved/adapted life to touch, nor as having survived within that toasty environment for quite some time, and perhaps that same constructive analogy may even include us wussy humans if we'd care to apply a little technology as based once again upon those pesky regular laws of physics. As far as we know, the raw Venusian atmosphere isn't directly compatible with our existing biological and/or physiological requirements of having to accomplish our future expeditions of Venus while in the buff. However, with some degree of co2--co/o2 via applied technology is all that it should take in order to improve upon those breathable requirements on our behalf. With energy, most everything under the sun becomes doable, and Venus simply has way more than it's fair share of renewable/spare energy than either of us can shake a bloody fist full of flaming sticks at, and therefore little if any such energy for processing and/or accomplishing whatever task need be imported from Earth. Isn't that good news, or what? - Brad Guth -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
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