What aren't you getting? According to the paper, Harrit supposedly proved, without a shadow of a doubt, that any sample taken from the dust with the following characteristics...
1. Containing red/gray layers
2. Attracted to a magnet
...is/was some form of thermite. There is no need to do a resistivity test. Harrit and his group did that test on a couple of chips and applied that result to every single chip with the above two characteristics. They didn't separate chips into a group per the characteristics above and the FURTHER separate them into low and high resistivity piles.
Read the damn paper!
From the very beginning they were under the assumption that every single red/gray, magnetically attracted chip was thermite They did different tests/experiments on a couple of chips and then plastered the results of those couple of chips onto ALL the red/gray, magnetically attracted and assumed that ALL of them were thermite.
and that may be true for his sample. have you ever thought of that?
THERE ARE NO OTHER SAMPLES!!!! There is no "Millette's sample" or "Harrit's sample". That's what Harrit's paper proved. As long as someone took a dust sample and extracted red/gray, magnetically attracted chips, those chips are, according to Harrit's paper, thermite.
You're missing something big here. It's worth explaining yet again. They got the chips of interest by applying the two characteristics above and nothing else. Here is an excerpt from Harrit's paper.
Harrit's Bentham paper said:
The mass of this chip was approximately 0.7
mg. All of the chips used in the study had a gray layer and a
red layer and were attracted by a magnet. The inset image in
Fig. (2d) shows the chip in cross section, which reveals the
gray layer.
Here's what they did.
They extracted their chips from the dust sample using a magnet. They then made sure they had a red/gray layer. Let's say they got 300 chips using the above characteristics. They then took a few of those chips and did the various tests listed in the paper on them.
They then took those results of the few chips they tested and ASSUMED that
the rest of the 300 chips would give them the same results because they ASSUMED that all the chips with the two characteristics above were ALL thermite.
the conclusion that the material is thermitic? yeah....
No. Do you agree that every single red/gray, magnetically attracted chip, no matter WHERE they are pulled from, is thermite. As I have stated numerous times AND have quoted the paper, the only separation characteristics they employed to get there test chips were the two listed above. Every other experiment/test listed in the paper was NOT done to further separate those chips. They were done to prove that ALL the chips with the above two characteristics were thermite.
tdo you think millette's chips can produce iron and silicon rich microsphere's? if you do, how so?
According to Harrit's paper, they should because Millette used the same red/gray, magnetically attracted criteria to get the same test chips as Harrit and his group did.
if jones did give a sample to millette, do you think millette would do different tests on the chips than jones and crew did?
It shouldn't matter as I explained above. One more time. If ANYONE extracts chips with red/gray layers and that are magentically attracted, according to Harrit's paper and it's conclusion, anyone performing any of the tests in said paper should get the same results as Harrit's group did.
if millette gave his chips to serious researchers, do you think they would do different tests than millette did?
See above.
The above is why Harrit and Jones stopped responding to my inquiries about all this. It proves their paper to be a farce. They claim they prove that all red gray, magnetically attracted chips are thermite. Then, a couple of the authors open their mouths and say that there were OTHER types of red gray, magnetically attracted chips. Then Jones tries to say that they did resisitivity tests to make sure they had the right chips and not paint. Yet Harrit emailed me early on and said the resisitivity tests were SUPPLEMENTAL data.
Big OOPS!