[included here is just an excerpt from the web page]
Mission Statement:
To research and to disseminate the truth
of the 9/11 “collapses” of all 3 WTC high-rise buildings
to every architect and engineer
As seen in this revealing photo the Twin Towers' destruction exhibited all the characteristics of destruction by explosions: |
|
| 1. | Extremely rapid onset of “collapse” |
| 2. | Sounds of explosions at plane impact zone — a full second prior to collapse (heard by 118 first responders as well as by media reporters) |
| 3. | Observations of flashes (seen by numerous professionals) |
| 4. | Squibs, or “mistimed” explosions, 40 floors below the “collapsing” building seen in all the videos |
| 5. | Mid-air pulverization of all the 90,000 tons of concrete and steel decking, filing cabinets & 1000 people – mostly to dust |
| 6. | Massive volume of expanding pyroclastic dust clouds |
| 7. | Vertical progression of full building perimeter demolition waves |
| 8. | Symmetrical collapse – through the path of greatest resistance – at free-fall speed — the columns gave no resistance |
| 9. | 1,400 foot diameter field of equally distributed debris – outside of building footprint |
| 10. | Blast waves blew out windows in buildings 400 feet away |
| 11. | Lateral ejection of thousands of individual 20 - 50 ton steel beams up to 500 feet |
| 12. | Total destruction of the building down to individual structural steel elements – obliterating the steel core structure. |
| 13. | Tons of molten Metal found by FDNY under all 3 high-rises (no other possible source other than an incendiary cutting charge such as Thermate) |
| 14. | Chemical signature of Thermate (high tech incendiary) found in slag, solidified molten metal, and dust samples by Physics professor Steven Jones, PhD. |
| 15. | FEMA finds rapid oxidation and intergranular melting on structural steel samples |
| 16. | More than 1000 Bodies are unaccounted for — 700 tiny bone fragments found on top of nearby buildings |
And exhibited none of the characteristics of destruction by fire, i.e. |
|
| 1. | Slow onset with large visible deformations |
| 2. | Asymmetrical collapse which follows the path of least resistance (laws of conservation of momentum would cause a falling, intact, from the point of plane impact, to the side most damaged by the fires) |
| 3. | Evidence of fire temperatures capable of softening steel |
| 4. | High-rise buildings with much larger, hotter, and longer lasting fires have never “collapsed” |
