WTC Building #7, a 47-story high-rise not hit by an airplane, exhibited all the characteristics of classic controlled demolition with explosives:
1. Rapid onset of "collapse"
2. Sounds of explosions at ground floor - a second before the building's destruction
3. Symmetrical "structural failure" -- through the path of greatest resistance -- at free-fall acceleration
4. Imploded, collapsing completely, and landed in its own footprint
5. Massive volume of expanding pyroclastic dust clouds
6. Several tons of molten metal reported by numerous highly-qualified witnesses
7. Chemical signature of thermite (high tech incendiary) found in solidified molten metal, and dust samples
8. FEMA finds rapid oxidation and intergranular melting on structural steel samples
9. Expert corroboration from the top European Controlled Demolition professional
10. Fore-knowledge of "collapse" by media, NYPD, FDNY
2. Sounds of explosions at ground floor - a second before the building's destruction
3. Symmetrical "structural failure" -- through the path of greatest resistance -- at free-fall acceleration
4. Imploded, collapsing completely, and landed in its own footprint
5. Massive volume of expanding pyroclastic dust clouds
6. Several tons of molten metal reported by numerous highly-qualified witnesses
7. Chemical signature of thermite (high tech incendiary) found in solidified molten metal, and dust samples
8. FEMA finds rapid oxidation and intergranular melting on structural steel samples
9. Expert corroboration from the top European Controlled Demolition professional
10. Fore-knowledge of "collapse" by media, NYPD, FDNY
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, 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".
2. Asymmetrical collapse which follows the path of least resistance (laws of conservation of momentum would cause a falling, 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".
As seen in this revealing photo, the Twin Towers' destruction exhibited all of the characteristics of destruction by explosives:
- Destruction proceeds through the path of greatest resistance at nearly free-fall acceleration
- Improbable symmetry of debris distribution
- Extremely rapid onset of destruction
- Over 100 first responders reported explosions and flashes
- Multi-ton steel sections ejected laterally
- Mid-air pulverization of 90,000 tons of concrete & metal decking
- Massive volume of expanding pyroclastic-like clouds
- 1200-foot-dia. debris field: no "pancaked" floors found
- Isolated explosive ejections 20 – 40 stories below demolition front
- Total building destruction: dismemberment of steel frame
- Several tons of molten metal found under all 3 high-rises
- Evidence of thermite incendiaries found by FEMA in steel samples
- Evidence of explosives found in dust samples
- No precedent for steel-framed high-rise collapse due to fire
And exhibited none of the characteristics of destruction by fire, i.e.
- Slow onset with large visible deformations
- 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)
- Evidence of fire temperatures capable of softening steel
- High-rise buildings with much larger, hotter, and longer lasting fires have never “collapsed”
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