The Towers Collapsed...
if by "collapsed", you mean much of them turned into thick dust or even "liquified":
I just found YouTube has a ton of demolition videos (e.g.) -- and clearly what happened at the WTC was no conventional demolition.
But honestly, if conventional controlled demolition can't turn a building into thick dust in mid-air, how on earth could a gravity-driven collapse do this?
I just found YouTube has a ton of demolition videos (e.g.) -- and clearly what happened at the WTC was no conventional demolition.
But honestly, if conventional controlled demolition can't turn a building into thick dust in mid-air, how on earth could a gravity-driven collapse do this?
posted by spooked at 10:59 PM
2 Comments:
collapse.
ha!
http://chem.lapeer.org/PhysicsDocs/Goals2000/Laser1.html
http://www.ryanscreenprinting.com/LaserMaterials.htm#non
http://focusmag.infopop.cc/eve/forums/a/tpc/f/5541031891/m/9331062022
The Advanced Tactical Laser can place a
10-centimeter-wide beam with the heating power of a
blowtorch on distant targets for up to 100 shots. The
Advanced Tactical Laser can produce a
four-inch-diameter beam of energy that can slice
through metal from a distance of 9 miles.
Operated from a ground, sea or airborne platform, ATL
offers the ability to place a precisely calibrated
energy pulse on a target from either close in or from
a standoff distance of several miles
The ATL is required to be a sealed exhaust chemical
oxygen iodine laser (COIL) that eliminates the
soldier's exposure to chemical effluents and to fit on
an MV-22 aircraft. Boeing has demonstrated a compact
sealed Chemical Oxygen Iodine Laser that meets these
requirements.
COIL laser was developed by the US Air Force in 1977,
for military purposes. However, its properties make it
useful for industrial processing as well; the beam is
focusable and can be transferred by an optical fiber,
as its wavelength is not absorbed much by fused silica
but is very well absorbed by metals, making it
suitable for laser cutting and drilling. Rapid cutting
of stainless steel and hastelloy with a fiber-coupled
COIL was demonstrated. In 1996, TRW Incorporated
managed to get a continuous beam of hundreds of
kilowatts of power that lasted for several seconds.
-----
beam weapons have been developed and no doubt improved greatly since 1977.
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