I came across a website in which the editor is actually an ex-NASA Engineer.
"Marshall Smith is a degreed engineer/scientist with degrees in mechanical engineering, electrical engineering and physics. He worked as a NASA
sub-contractor/consultant on numerous space shuttle projects during the 1980's. Mr. Smith has been a licensed commercial radio engineer since the
1960's and has been chief engineer at several US radio stations.
He has researched and written papers in high-energy physics, radio-physics, and geo-magnetics. He built his first home-brew PC-type computer in
1976. He has designed and built computers and data-acquistion and control systems used in the NASA Space Shuttle project, the Navy Trident D5
submarine missile program, and the Air Force Titan IV program. Mr. Smith was lead designer for one of the "Star Wars" space laser-weapon targeting
systems which had no publicly-known program name."
This is what he has to say about the Columbia disaster: "I have been monitoring and logging all HAARP transmissions since the year 2000. HAARP was,
in fact, transmitting from 4:15 AM to about 7:20 AM PST in missile defense mode on Saturday Feb 1, 2003. That was the first HAARP transmission since
late 2002. Columbia re-entered the atmosphere over California at 5:53 AM PST, exactly in the middle between those two times."
What he doesn't know is that HAARP was on even higher than that the day before and stayed on for about 6 hours. I sent him an email but no reply yet.
I just wanted to point this out.
Here is a part of the article on his site:
"The "Air Force Missile Defense Shield" mode is usually heard as 4 or 5 second pulses about 20 seconds apart. The pulses also are modulated with
circular polarization, changing in tone slightly faster or slower than the 1 Hz base frequency. This results in hearing sounds, which I call repeated
"zooo-eep" sounds going upward or "zaah-oownd" sounds going downward. This causes very fast relativistic electrons or ions to be sprayed into
outer space arcing from north to south magnetic pole, from the ionosphere, either upward to the magnetosphere, or downward from the magnetosphere to
the ionosphere.
These particles, moving at nearly the speed of light, stay only in the vacuum of space and are stopped whenever they hit the atmosphere. The focused
fast moving particles can penetrate and damage the electronics of an incoming nuclear missile warhead and cause the missile to spin out of control and
burn up as it re-enters the earth's atmosphere.
The damage effect is similar to the strong radiation from a nearby nuclear explosion. Thus the "missile shield" mode can quickly destroy incoming
missiles almost anywhere in the world even before they re-enter the atmosphere. The graduate student technical research reports on the HAARP website
for the summer study programs of 1999 and 2000 reveal they have succeeded in producing particle flow along "certain magnetic field lines." This is a
secretive or obtuse way of saying that they have finally implemented a "focused missile defense shield" mode.
The staffers at HAARP are several full time professional radio electronics operators and a number of part-time professors and graduate research
students. They all have access to the facility which is the key to the back door of the small cafeteria/control room building. The HAARP facility does
not even have a fence around it. "
He goes on into a speculative story about how a terrorist could have broke into HAARP at 4 am and turned it on. But he doesn't know that they
actually charged up the shield the day before during business hours since he was not reading the data from HAARP's website like me.. which would
rule out someone sneaking into HAARP at 4 am because when they actually charged the shield it was business hours. The scientists working were they
ones that did it. (or whoever was in control at the time)
"4:15 AM HAARP on. 3.39 MHz. Very weak. Military mode
4:42 AM HAARP still on. Stronger but still faint.
5:25 AM HAARP still on but very weak
6:15 AM HAARP still on. -- On Fox News Chan -- first announcement that shuttle is missing -- NASA reports no contact since 6am
6:43 AM HAARP still on but very weak
7:23 AM HAARP no longer on. Off about 7:20
Note: I cannot monitor the HAARP main beam directly since it is all aimed upward toward the overhead Auroral Jet or that section of sky where
the Northern Lights are seen. I can only monitor the weak southern side lobe leaking off the edges of the large 148 antenna array. The side lobe
signal must make two shortwave ionospheric skips around the curvature of the earth to reach me in California 3,500 miles away.
There are three possible reasons for the signal I monitor being weaker than normal: (1) They are running at lower power. (2) There are poor
ionospheric conditions for double skip propagation, but that usually produces a varying or erratic signal which did not occur, or (3) The full-power
main beam was tilted or aimed southward toward me in California so the tilted side lobe would be pointing more into the ground resulting in a weak
signal in my direction. I cannot determine which of the three occurred.
Why is the shuttle note listed in the HAARP log? I was working on a computer project when HAARP came on at 4:15. I opened my logging program. I
had set my clock alarm to set up my camera and watch the shuttle pass overhead. It was overcast at 5:45 and hoping for clearing I checked again at
5:53 and then at 5:57. I gave up and turned on Fox News Channel to watch Columbia land on TV. At 6:15, the scheduled landing time, mysteriously there
was no Columbia. Where did it go? It was such a strange and momentus event, I wanted to document the time of the first NASA announcement in the only
scientific journal I had open -- the HAARP log. At the time, I made no connection between the two events. "
He says; "There are three possible reasons for the signal I monitor being weaker than normal" ... "I cannot determine which of the three
occurred." he can't figure out why HAARP was on so weak at the time even though it was in shield mode. Normally in shield mode they would need to be
using a lot of power to build it up. The thing is he didn't record the data from the day before when they charged it up... that's why he can't
determine why he was only getting a weak sheild signal at the time of the shuttles re-entry.
Source
[edit on 27-4-2008 by danman23]