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FieryIce
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All the world needs is a dozen Phobos's
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I think Jupiter is bigger than Callisto and SL9 broke up on a pass, then came back around several weeks (months?) later, so the distance between fragments was greater than in the photos linked. For the photos linked, the meteor would have broken up on its final trajectory. Similar, but not quite the same situation.Originally posted by FieryIce
Comparing the behavior and pattern of Shoemaker Levy 9(SL9)from these NASA images to the crater chains clearly demonstrates that tidal disruption of mud and ice comets or asteroids were not the cause of these remarkable catinas. SL9 broke up in varying sizes, thousands of kilometers apart and impacted over many days.
Crater Chain Research
What do you think?
Originally posted by russ_watters
For the photos linked, the meteor would have broken up on its final trajectory.
Yes, actually you will. Try it. Throw a handful of gravel FOWARD into a lake and see how the splashes line up. Tossing a handful of gravel straight up would approximate what a meteorite would do if it were going nearly straight down - which is extremely rare. That's the piece of the puzzle you are missing: impact angle.Originally posted by craterchains
Try this experiment; throw a handful of gravel into the air and then toss a clay ball through that mass of simulated ejecta. See any catinas? No.
Perhaps I missed it, but there is no statistical analysis given on your website, nor any 'probability projections'. Without these kinds of quantitative analyses, your conclusions will be, at best, merely 'interesting'.Originally posted by craterchains
Nereid
answers;
Paragraph 1. Try using Dr Bottky’s definition. (laffs) Yes we could, with enough money and the right programmers.
Paragraph 2. Only generally as the time and research opportunities lend themselves. But mostly this isn’t relevant to what we are researching. Note the photos of Mars at our research site, and you will see (I hope) what we mean.
Paragraph 3. Based on probability projections. Are you a person that gambles?
Paragraph 4. Was in answer to Mars’s ejecta getting in the path of Phobos having possibly created the crater chains we see.
russ_watters
Post a picture of those inline splashes please? It is far easier to use a mud bank along a river and throw gravel (be sure those pieces are all different sized gravel as would a comet break up be) at the mud. Much easier to photograph. Or accept that SL9 is the perfect example that NO CS type crater chain is going to appear. Simply physics 101 here people and the laws of probability.
For more photos, information and answers to most of the questions presented please read our site.
Here's a start: draw a diagram of a circle with a line of objects going toward it. Play with different orientations of the line, different deviations from a straight line, and different angles of approach. From this, you can get a rough idea of what is required to create these types of multiple impacts - and what would be required to produce a shotgun type impact pattern. Then you'll see if its reasonable or not.If it is, as you claim, 'Simply physics 101 here people and the laws of probability', then would you please provide us with the relevant diagrams, equations, and calculations?
Would I be correct in paraphrasing this as "we haven't done any statistical or probability analysis since we think it's obvious that the catinas in the images can only have been formed by an ET"? If so, then I must say your work is then almost a textbook case of how NOT to do science.craterchains wrote: *SNIP we assumed that you could read and had sight sufficient enough for looking at pictures, and a mind capable of cognitive pattern recognition.
Here's what's on the page "More Information":craterchains wrote: *SNIP Try the link to “More Information”, as we expressly address these issues Nereid and Russ have raised.
I couldn't find the equation in the Bottke, Richardson and Love paper that you cite*, but it sure would be fun to play with their computer model! I hadn't read the paper before; I'd encourage PF members and guests to take a look for themselves. Your comment suggests that you have a copy of this model. The following comment, from your website ("Questioning the accepted theory"), talking about SL9, suggests that you may have made several runs with the Bottke, Richardson and Love model, but have been unable to reproduce break-ups that could have caused the catinas you present. Have you? If so, why don't you publish the results of those runs?craterchains wrote: *SNIP Since Bottke’s so-called computer model failed to allow for unequal size fragments that SL9 showed, simply inject that equation. You will need to inject an “8 (rotate 90 deg. Clockwise)” equation to represent the fragment drift and separation away from each other also.
Could you please provide a link? I'd like to take a look for myself ...craterchains wrote: The computer model works from his page, *SNIP
craterchains, you haven't provided any evidence, only unsubstantiated assertions. You can't just say 'look at the picture, its obviously intelligence,' you have to prove it. Thats the way science works. I must warn you however, that its a two part proof. Not only do you have to prove that these formations could not have happened naturally, but you also need to prove is that there is/was an intelligence there to make them. It almost seems like you are using the assumption that these craterchains are artificial as evidence for the intelligence. Thats a circular arguement.Originally posted by craterchains
Even though they have seen the evidence, admitted the failed simulation, and just plain don’t want to address the points we have made thus far but instead try to belittle ones efforts...
Craterchains, there is nothing about a nonrandom patter that implies intelligence. Indeed, virtually everything we know about the laws of the universe comes from recognition of nonrandom patterns.The failure to be able to recognize a nonrandom pattern for what it represents
Huh? You'r not talking about Lowell's http://ltpwww.gsfc.nasa.gov/tharsis/canals.html , are you? If so - whoa. Lowell was considered a crackpot by his contemporaries, and to continue to believe it after we've landed spacecraft there ---- whoa.Astronomers recorded the systematic destruction of life on Mars over a span of many decades. The vast amount of evidence is easily seen by any that view their reports and the photos they took. Only in retrospect can we comprehend what those astronomers saw and recorded. Read, look, and decide for yourselves. From the late 1800s till about 1950 Mars was destroyed. Think about it. Just more evidence for you to belittle. It is not our evidence, but that of astronomers we offer.
Using this map of Mars, please name three to five locations where there is particularly compelling evidence that Mars was destroyed, from the 1800s to ~1950.craterchains wrote: Astronomers recorded the systematic destruction of life on Mars over a span of many decades. The vast amount of evidence is easily seen by any that view their reports and the photos they took. Only in retrospect can we comprehend what those astronomers saw and recorded. Read, look, and decide for yourselves. From the late 1800s till about 1950 Mars was destroyed. Think about it. Just more evidence for you to belittle. It is not our evidence, but that of astronomers we offer.
It's not clear to me whether you're claiming any of the crater chains on Mars are the result of nuclear explosions or not. However, it seems you are claiming that they're no more than ~200 years old. What level of radioactivity do you expect to find at these sites? How widely dispersed would the fallout have been?craterchains wrote: *SNIP then as an engineer what would it take to guide a series of fifty nuclear missiles to deliver a perfect strike pattern that we see as a crater chain?
Thanks for this, Derek Richardson has done some very interesting work.craterchains wrote:Sorry about the simulation situation but we have discovered the following.
William Bottke's Cornell University web page has been taken down but his co-researcher Derek Charles Richardson's web page http://www.astro.umd.edu/~dcr/ has under his research the mpg files of simulations. (GS)
...oooOOOooo...Originally posted by Phobos
Watch for the linearized crater trail upon impact.
Crater chains are a series of craters that are arranged in a linear pattern on the surface of a planet or moon. They can range in size and can be found on many celestial bodies in our solar system.
Crater chains are completely natural and are formed through a variety of natural processes, such as impacts from meteoroids and the movement of tectonic plates. They are not man-made.
There are several theories on how crater chains are formed, but the most widely accepted explanation is that they are created by a series of impacts from a single object that breaks apart before hitting the surface. Other theories include volcanic activity and tectonic movement.
Crater chains can be found on many celestial bodies, including Earth's moon, Mars, Europa, and even some moons of Saturn. They are also found on some asteroids and comets.
Yes, there are some crater chains on Earth, but they are not as prominent as those found on other celestial bodies due to weathering and erosion. Some examples of crater chains on Earth include the Clearwater Lakes in Canada and the Ries crater chain in Germany.