- Steven E. Jones: I really enjoyed teaching... here, teaching the students. The students are actually supportive of research, 9/11 reasearch. A lot of them were interested. And that may have been part of the problem... students getting interested.
- title card: BYU Administrators on all levels declined to be interviewed for this film.
- [first lines]
- Steven E. Jones: This is the electron microscope system, with the EDAX system attached to it. EDAX allows us to look at chemical elements.
- [EDAX = energydispersive X-ray spectroscopy]
- Steven E. Jones: I like to teach, to interact with students. And I did have some teaching-awards from BYU: An Alcuin Fellowship, which is one of the more prestigious awards for teaching, and the Brigham award as well. I taught there for 21 years.
- Steven E. Jones: Here's what I see: What I see is that these powers that be use crises to get people to do things that ordinarily people wouldn't do.
- Steven E. Jones: My concern about 9/11 stems from scientific research. In fact the evidence shows very strongly that there were explosives used, in the way the buildings came down. There's the completeness of the destruction, the rapid acceleration... the symmetry. All these things argue for a controlled demolition with explosives.
- David Jones: There's a number of things that are just plain obvious. Even if there was enough energy from the fire burning to weaken the columns - or whatever NIST said happened - the idea that it would happen in such a uniform way that it would fail at the same time all the way across the building is... a little bit silly.
- Jeffrey Farrer: At some point we were talking about these red-gray chips, and I suggested: Look, if these chips really are of an explosive nature or an incendiary of some type, then all it would take would be to put one of these things in a calorimeter and see what kind of energy we got out as we heated them up.
- Jeffrey Farrer: I *know* that they are energetic. There is no question about that. The calorimeter doesn't lie to us.
- Steven E. Jones: We compared the spike that we got with the spike from a known nano-thermite, which is produced at a military laboratory. The measured energy-release with known nano-thermite was less than from these red-gray chips.