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funbox
not even if the elements were found in combination with camera information , say the rover bored into a white shell like structure , found a lot of elements that can be found in earth shells .. and nasa put two and two together ?
Char-Lee
Think they killed this guy also
areo.info...
ArMaP
funbox
not even if the elements were found in combination with camera information , say the rover bored into a white shell like structure , found a lot of elements that can be found in earth shells .. and nasa put two and two together ?
You were talking about elements, not about camera information.
With enough camera information (something moving by itself on several photos, for example) there wouldn't be any need to search for specific elements.
funbox
as usssual ArMaP you dissect a contextual body of a post and answer it in segments,
well I actually said chemical analysis, which is not an instrument put a process of study of elements and compounds
abundance is the key issue, and camera evidence along with chemical analysis can indicate life.
they run alongside one another as pieces of evidence, making the whole rover one multi- faceted instrument ..
its easy to dissect a thing down to its base components, not so easy to see the whole , and the wholes combined usefulness for determination or conclusions based on many information streams,
ArMaP
funbox
as usssual ArMaP you dissect a contextual body of a post and answer it in segments,
It's how I read things, it makes it easier to understand, but even with that I have, some times, a hard time trying to understand what you write.
well I actually said chemical analysis, which is not an instrument put a process of study of elements and compounds
abundance is the key issue, and camera evidence along with chemical analysis can indicate life.
Seeing that, as far as I know, nobody is on Mars, chemical analysis must be done by instruments, right?
they run alongside one another as pieces of evidence, making the whole rover one multi- faceted instrument ..
Sure it is, but not to find life, it was not made for that.
its easy to dissect a thing down to its base components, not so easy to see the whole , and the wholes combined usefulness for determination or conclusions based on many information streams,
If part of what is written doesn't make sense, does the whole make sense? That's the best way of propagating wrong/fake information, mixing it up with something that is a known truth, that's one of the reasons I separate what is written/said/presented in the smallest understandable pieces I can.
funbox
point one
il try to be more understandable to you , were both from different country so there will always be some mistranslation.. you're not so bad at understanding so far I think
point 2
so you say ,but like the other two rovers , they have instruments on board which have the capability to see /detect life past life, ie an ancient ruined city
point 3
im not sure what you are trying to say , in that quote I was referring to the rovers instruments.
but according to you ArMaP l, life is not one of them
hope im clarifying myself a little better
ArMaP
Char-Lee
Yes I am not having fun with the new ones so I am exploring the old stuff. Did you see my coin? Impressive?
And it's not the first "coin" to appear on MER photos.
If part of what is written doesn't make sense, does the whole make sense? That's the best way of propagating wrong/fake information, mixing it up with something that is a known truth, that's one of the reasons I separate what is written/said/presented in the smallest understandable pieces I can.
Sure it is, but not to find life, it was not made for that
Based on what we know of life and biochemistry, it seems likely that an alien biochemistry will need a solvent (like water) and one or more elemental units for its structure and function (like carbon). Solvents are important to enable chemical reactions, as well as physically transporting materials – and in both contexts, having that solvent in its liquid phase seems vital.
We might expect that common biochemically useful solvents are most likely to form from the most common elements in the universe – being hydrogen, helium, oxygen, neon, nitrogen, carbon, silicon, magnesium, iron and sulfur, in that order.
You can probably forget about helium and neon – both noble gases, they are largely chemically inert and only rarely form chemical compounds, none of which obviously have the properties of a solvent. Looking at what's left, the polar solvents that might be most readily available in large volumes to support a biochemistry are firstly water (H2O), then ammonia (NH3) and hydrogen sulfide (H2S). Various non-polar solvents can also be formed, notably methane (CH4). Broadly speaking, polar solvents have a weak electric charge and can dissolve most things that are water-soluble, while non-polar solvents have no charge and act more like the industrial solvents we are familiar with on Earth, such as turpentine.
Isaac Asimov, who when not writing science fiction was a biochemist, proposed a hypothetical biochemistry where poly-lipids (essentially chains of fat molecules) could substitute for proteins in a methane (or other non-polar) solvent. It has been suggested that such a biochemistry could be supported on Titan.
ArMaP
reply to post by funbox
What I meant was that it's easier to have truth mixed with fantasy/lies in a text made of several sentences, and that's one of the reasons I am used to answer each individual part of what is written, and I wrote that because I thought you were talking generically and not about the specific case of each individual instrument aboard Mars Science Lab and the whole MSL and the team of people working with it.
If you were talking about the instruments and the whole MSL and team, then I don't understand why you said "not so easy to see the whole , and the wholes combined usefulness for determination or conclusions based on many information streams", as those conclusions can be based only on the results of the individual instruments.
well I actually said chemical analysis, which is not an instrument put a process of study of elements and compounds
abundance is the key issue, and camera evidence along with chemical analysis can indicate life. they run alongside one another as pieces of evidence, making the whole rover one multi- faceted instrument .. its easy to dissect a thing down to its base components, not so easy to see the whole , and the wholes combined usefulness for determination or conclusions based on many information streams,
not so easy to see the whole , and the wholes combined usefulness for determination or conclusions based on many information streams,
funbox
an individual instrument that detects life ?
as for mixing truth with lies, I think ive been fairly sceptical in this thread , even with my joking aside, .. observational and critical if I recall correctly, pointless telling lies, they are transparent and easily uncovered, unneeded in this thread
'abundance is the key issue', by this I mean that an abundance of elements taken from a rock sample , say an abundance of ivory ,obtained by drilling into a rock observed by the camera.. and then analysed on the rover as so
in retrospect that sentence was a messy one , and not easy discerned, my apologies
hope I've made myself even clearer
funbox
anything new from the rover today ? not far to the crossing now , will their be harpies awaiting in them there cliffs ?