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Originally posted by _BoneZ_
Originally posted by mmiichael
Guess even $100 is a lot of money for a professor fired from a Mormon College.
Gotta love when people come in these threads and either post things about something they don't know what they're talking about, or deliberately distorting the facts (disinformation).
en.wikipedia.org...
You should be researched and know what you're talking about before you make posts. I won't go into the purposeful part of you possibly knowing he retired, but you wanted to attack him further by saying he was fired.
Steven Earl Jones is an American physicist. For most of his career, Jones was known mainly for his work on muon-catalyzed fusion. In the fall of 2006, amid controversy surrounding his work on the collapse of the World Trade Center, he was relieved of his teaching duties and placed on paid leave from Brigham Young University. On October 20, 2006, he announced his retirement. He holds that the World Trade Center was destroyed by controlled demolition during the September 11 attacks.
Originally posted by GhostR1der
Jeb Bush owned the security company which conveniently removed bomb sniffing dogs a few days leading up to WTC lies.
Originally posted by mmiichael
Jones has not published in genuine peer reviews for the obvious reason. His research methods are not acceptable.
CONSULTING EXPERIENCE
1990-1994: Société Nationale des Poudres et Explosifs, SNPE, France (Literally: National Society of Powders and Explosives)"
LABORATORY MANAGEMENT
2001: Laboratoire des matériaux mésoscopiques et nanomètriques, LM2N.
1992-2000: Structure et réactivité des systèmes interfaciaux, SRI. (Literally: Structure and reactivity of interfacial systems)
OTHER ACTIVITIES
1990-1992: Chairperson on workshops related to the French Defense research.
1989-1992: Consultant at the Minister of Recherche concerning the National Defense
1989: Member of the “Institut des Hautes Etudes de Défense Européenne”. [Institute for Advanced Studies for European Defense]
EDITORIAL BOARD MEMBERSHIP
Journal of experimental nanosciences, Publisher Taylor&Francis.
2006: Accounts of Chemical Research, American Chemical Society.
2002: Journal of Physical Chemistry, Board member, American Chemical Society.
Originally posted by GenRadek
reply to post by turbofan
But they are not thermite chips! The test was flawed so you cannot claim they are thermite chips! Geeze. In fact its already been shown to be more related to a certain type of paint than thermite. Unless you are swinging back to the idea that it was painted on all the columns somehow without a soul noticing. and nano sized doesnt really say anything other than its small. Did you ignore al the the other things others have said about the makeup of the "chips"? Specifically how the spectra was closer to kaolinite? You see, so far you are still stuck in the same hole you thought you drove out of. Thanks to Jones' sloppy work you have no definitive proof of any therm*te, and yet you tout this as proof! Even though its been proven to be very very flawed. And since you are making your assumptions on severely FLAWED data, well then, there is nothing really much to say.
Originally posted by GenRadek
But they are not thermite chips! The test was flawed so you cannot claim they are thermite chips! Geeze.
Originally posted by pccat
and you are not being completely truthful either..
he was not fired per say.. but he was placed on administrative leave by his employer.. both sides are distorting facts.. sometimes by omission..
Originally posted by trebor451
...one in particular was insistent on making up every variable imaginable to match their theory. Constructing variable or unknown data without bias towards your desired endstate is a lunch-bucket aspect of modeling and simulation as well as estimation... Same with calling data from a flawed test "facts".
The red material contains grains approximately 100 nm across which are largely iron oxide, while aluminum is contained in tiny plate-like structures. Separation of components using methyl ethyl ketone demonstrated that elemental aluminum is present. The iron oxide and aluminum are intimately mixed in the red material.When ignited in a DSC device the chips exhibit large but narrow exotherms occurring at approximately 430 °C, far below the normal ignition temperature for conventional thermite. Numerous iron-rich spheres are clearly observed in the residue following the ignition of these peculiar red/gray chips. The red portion of these chips is found to be an unreacted thermitic material and highly energetic
The aluminum powder of different sizes has different shape and surface morphology, quasi-spherical in shape with rough surface for aluminum particles of micron scale, irregular in shape for aluminum particles of submicron scale, and quite close to a globular or an excellent globular in shape for aluminum particles of nanometer size. On the other hand, the surface of ceramic particle was coated by aluminum particles with maximum thickness less than 10 μm containing nanometer and submicron sizes as a single layer