Kelsi Singer et al., LPSC 2016 paper >>>>> |
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New Horizons scientists want you to believe they can infer the age of a body's surface by counting and cataloging the sizes of its craters but the Pluto system simply does not match what their mathematical models would infer and they plainly say so.
The simple question then is, which one is wrong their math, their model, their knowledge, their assumptions or the Pluto system? Knowing their models don't portray real tangible observational evidence they plow forward with their errant assumptions, lack of knowledge, inept math and modeled view point to produce some incorrect conclusions. It doesn't bother me so much that they make mistakes as much as they act like they know what they're talking about when they don't. After admitting the craters are inconsistent with KB models they produce this chart based off their mathematical models. Here we are replacing real visual observational evidence (reality) with mathematically modeled theory (fantasy) and calling it reality. They have literally substituted reality with fantasy and called it real, why, because they are scientists and they believe their math is more real than reality itself. Look at our pretty chart, it's real, but what we observe on Pluto/Charon is not. |
Determining what is and isn't an impact crater is a matter of subjective interpretation.
These two maps present what these scientists consider to be the crater densities in particularly defined regions around Pluto. As a point of focus, look at the East TR region. There are 6 "identified" craters within this zone. |
This black chart version of the above white graph (Greenstreet Knee model) makes it a little easier to understand what they want to infer with their four in one model.
The white data line in this graph represents the 6 impacts which they identified in the East TR region and suggests these six impacts date this surface area from 200 myr to 2 byr old, (Six impacts with a date range of 1.8 byr between them). The vertical white lines are error bars, I call them slop factors as this is the range of their model's potential error. The right most white triangle has a slop factor of at least 3.5 billion years. The other interesting lines are the yellow and red which indicate these impact craters are much older than 4 billion years potentially older than the solar system itself. |
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Don't you love how this works? Our models don't reflect observational evidence so here's our four models that prove Pluto's surface is 4 billion years old. Take note of the dashed horizontal line (white chart) where it displays "empirical saturation"
Empirical literally means - information received by means of the senses, particularly by observation and documentation of patterns and behavior through experimentation. They have already observed that the craters on Charon are inconsistent with their models but now their 4 in 1 model reflects an age dating of Pluto's surface based on empirical observation? Is it me or does something seem completely crazy about this? |
mars_chronology_assessing_techniques_for_quantifying_surficial_processes.pdf | |
File Size: | 942 kb |
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On my Far From Objective page 67, I demonstrate how New Horizons scientists reporting on the age of Pluto's small satellites actually altered data away from observational reality.
They scaled their impact crater size data for the small satellites to reflect bodies covered with soft powdery regolith rather than water ice even though spectroscopic evidence proves the surfaces are water ice. The brightness (reflectance) of the small satellites is also an indicator they are young bright icy objects yet NASA scientists are perplexed by this fact since they only blindly accept that these moons are 4 byr old. Kelsi Singer took the deception of age dating the small satellites further than simply selecting the incorrect scaling factor by omitting more than half the data points in her chart to sell the expected 4 billion year age of these bodies.
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Old bodies in our solar system have been baked by solar and cosmic radiation longer and are hence dark with average albedos of 0.04 to 0.06. Other Plutinos in the general neighborhood of the Pluto system have an average dark albedo (brightness) of 0.096 while Pluto's small moon's average bright albedos are 0.65. Pluto's small moons are almost 7 times brighter than neighboring objects. |
Kelsi Singer's manipulated and falsified chart
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Same chart with corrected (by me) data points
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Above are the two sections identified in panels a) and b). They are separated by about 150 miles (240 km).
Based on NASA's age dating models created from crater counting, these two area would have to be about two to three billion years different in age. That is, if you assume two of NASA's fallacies actually reflect reality.
I think it would help to repeat Doran's quote here. crater counting remains highly imprecise with epoch boundary uncertainties in excess of 2 billion years. Doran did not say crater counting produces uncertainties of 2 billion years he said they produce uncertainties greater than (in excess of) 2 billion years. Two billion year uncertainties is the best case scenario. |
Impact craters usually have a broad shallow bowl shape sometimes with a central peak but much less often have a central divot or pit. Impact craters with a central divot only occur in icy terrains not rocky terrains.
Impact crater's outer side walls are usually very short in elevation compared to the diameter of the shallow bowl. Panel A) in this image is a Mars impact with a central divot, B) is Pluto. |
Perhaps Kelsi should become a meteor-ologist (weatherwoman) at least they can have a 7 day forecast success rate of 73%.
NOAA gets their 7 day precipitation forecast correct 73% of the time. They get their one day forecast correct 85% of the time. If we extrapolate this out to 4 billion years (rain vs icy snow ball impactors) then Kelsi is likely to be correct 0.0000000001% of the time. Just like this estimate of mine is complete BS so too is K. Singer et al., paper's age dating model of the surface of Pluto. |