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reply posted on 28-1-2008 @ 02:12 PM by ignorant_ape
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reply to post by ALLis0NE
incorrect , a coil does NOT attract magnetic forces it interacts with it .
also your ` coil therory ` fails - because solenoids , relays and other switching devices in all manner of applications use coils - and do not seem
to be affected
also electric motors and alternators contain ?????????????
up windings which act as a ...................... coil
how many lifts and other instalations dependant on electric motors are there in the vicinity ???????????????
how many are being affected ?????????????
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reply posted on 28-1-2008 @ 02:39 PM by ALLis0NE
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Originally posted by ignorant_ape
incorrect , a coil does NOT attract magnetic forces it interacts with it .

Instead of going by what you read, go by what you experiment with. Have you experimented with coils lately? And magnets? I'm pretty sure I can tell
you experiments that will PROVE that magnetic force is attracted to coils.
Ed Leedskalnin proved it with his experiments in his book "Magnetic Currents" as well! Ed Leedskalnin even knew the secrets of the pyramids, and
made a megalith as well!
He found that with an iron loop of metal, you can circulate magnetic/electric force in the loop for EVER, perpetually, untill the loop was broken.
When the loop is broken the magnetic/electric force is attracted to the nearest coil. With a light bulb attached to the coil, the effects become
visible.
Basicly you can trap this force in a loop, and walk away for months, and the force will still be in the loop when you get back. All you need to do is
break the loop to capture the escaping force with a type of coil.
Originally posted by ignorant_ape
also your ` coil therory ` fails - because solenoids , relays and other switching devices in all manner of applications use coils - and do not seem
to be affected

You don't understand. Those coils are to small in scale to attract a huge amount of force. They only attract a minimal amount of force. Actually with
ALTERNATORS, the more coils windings you have, the more magnetic force it attracts into it, making it more powerfull. You see, their SIZE DIRECTLY
EFFECTS THEIR ABILITY TO CHANNEL POWER. Because of the physical limitation of those coils, they are UNEFFECTED by other coils.
Also, you don't understand my theory. The building is a large coil, it had the ability to suck electromagnetic forces out of pre-existing electrical
wires. It would not damamge the car's coils and wires, but maybe its battery. It would only "suck out the electrons" so to speak.
Now imagine a very large coil. I mean the size of the Pyramids, Stonehendge, major Obelisks, and Megaliths, or even the Empire State Building, and the
WTC. The would attract energy from anything weaker than itself. The size of them alone physicaly allow them to channel more energy through them at ONE
moment in time.
Originally posted by ignorant_ape
how many lifts and other instalations dependant on electric motors are there in the vicinity ???????????????
how many are being affected ????????????? 
Since elevator motors and most of the building gets its electricity from another part of the map the "electrons" are only sucked out temporarly and
instantly replaced by the power plant.
Laptops would be effected though, since it runs on a battery. But if it was plugged into the wall at the time, then it wouldn't happen. Or if it was
turned off.
The randomness of the effects is not unusal. Even Nikola Tesla admitted nature to be pretty unpredictable at times. Ever seen the movie "the
prestige"?
[edit on 28-1-2008 by ALLis0NE]
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reply posted on 28-1-2008 @ 02:46 PM by ALLis0NE
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LOL I didn't even read the OP's full article untill now and I noticed they mentioned 9/11 too LOL.
Anyway, the guys said the lights worked, the horns worked, and everything, but it wont start.
This is because the energy needed to create a spark to run a car is far greater then the energy needed to run the lights and horns, and everything.
This would mean only a minimal part of the car's total power was being sucked from the car, just enough so the car was unable to create a spark.
[edit on 28-1-2008 by ALLis0NE]
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reply posted on 28-1-2008 @ 02:49 PM by wrangell76
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reply to post by michial
Hi michial,
You know you have a good point here that I didn't think of. What if these towing companies are the one with some kind of device like you are saying?!
That is really something to ponder...What kind of device they have is another question as well. oh boy, if that is the case and they get caught  ...
however, It may not be this at all. it could still be something natural or government. Is there someone on ATS that lives around there? We need
someone to do some snooping. Snooping and recon like in the Black coffins in Georgia thread...
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reply posted on 28-1-2008 @ 03:32 PM by jpm1602
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This reminds me of many car remotes/garage doors not functioning about 3 yrs ago in Denver? A nearby military base initally disclaimed any knowledge
but then acknowledged they were using a new bandwith.
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reply posted on 28-1-2008 @ 04:03 PM by michial
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Actually how it works if I remember correctly is ( the old key method ) the key completes a circuit to the starter using power from the battery. While
the starter turns the motor over, power is also supplied to the ( primary or secondary I may have this turned around ) field of the coil which boosts
the current that jumps across the gap in the spark plug. As the motor is turned over gas is pumped into the carburator which is turned into a mist by
a jet. The mist enters the combustion chamber of the piston where it is ignited by the spark from the spark plug and the engine "fires". That is a
simplistic and maybe inaccurate explanation as I haven't had to work on a car in years. It seems like what is happening is the initial flow of
electricity to the starter is being interfered with. The remote garage door opener, remote starter, remote locks, anti theft devices all work on the
same principle. Recently at a video game trade show a prankster was going around remotely turning monitors off. Same idea, nasty thing to do to
someone especially if they need their ride. That's why I think the FCC should be involved. They have the gear to pinpoint the source of the
interference.
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reply posted on 28-1-2008 @ 04:23 PM by ALLis0NE
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The point of the article was that the vehicles would not start when near the building, but when moved down the street, it would start.
If this was caused by radio waves, it would more than likely effect a much larger area.
Also, the remote that turned off all the monitors was not as complex as you think. Anyone can buy a universal remote from a store, and program the
remote to work with their own tv, to send the correct signals to your tv.
With the right electronic knowledge, you can simply make the remote send the "off" signal for every known TV in existence, in a short time. Almost
like someone reprogramming the remote in a few seconds for every TV.
All ONE would have to do to avoid this, is cover their IR sensor on the TV with something, so it can not detect a signal.
reply to post by michial
I think the starter was working, and turning the engine. I don't think the spark plugs were getting power, or enough to jump the gap.
[edit on 28-1-2008 by ALLis0NE]
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reply posted on 28-1-2008 @ 04:54 PM by michial
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Wow, I just went back and reread the entire thread especially page 2 with the comments and it just keeps getting more interesting. Anyways thanks but
I have to log out for now.
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reply posted on 28-1-2008 @ 05:52 PM by RuneSpider
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I made a mistake about the electromagnetic theory, a strong magnetic field would mess with a car's computer system. See, a cars frame acts like a
Faraday (SP) cage, which breaks up the charge, so it's mostly shielded. A strong enough electromagnetic field could however reflect off of the
pavement or whatver else and hit the car from underneath. Then it would work alright after it's out of range. The problem with that is it wouldn't
just be cars, it'd be anything electronic in the area. In fact, that's the problem with ALLisONE's theory. It only affects cars. If it was
something drawing power away from devices, then phones, laptops, desktops, ect would be in trouble.
So I'm still sticking with my original statement, it's actually a radio wave. It doesn't have to be a strong radio wave, heck, cheap walkie
talkies use radio waves and they get about sixty feet max.
Now this bit here:  shadowsintherain Jan 27, 2008 9:24:47 PM Report Offensive Post
... Our band leader's car had an ignition cutoff and couldn't start without turning off the alarm, so, we pushed it around the corner. Once it was
out of sight of the ESB, VOILA!, the alarm turned off and it started. Trust me, this is real. This story is BADLY reported, BTW. This isn't a problem
with cars just "not starting". It's about ALARM SYSTEMS. They rely on keyless entry, and if you don't have the remote, it won't start. The ESB is
not stopping cars from the starting, it's preventing owners from turning off their ALARMS. I don't know if it's frequency harmonics messing with
the keyless entry, or what. But, this is a real phenomenon. -S
So it seems like the article is also sensationalized as well. Big surprise there.
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reply posted on 28-1-2008 @ 05:53 PM by PragueSpring
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According to the Wiki article on RKE:
Remote keyless systems are similar to television remote controls in that they operate by broadcast radio waves on a particular frequency. Most RKEs
work on 315MHz in North America and Japan, and 433.92MHz in Europe. Modern systems implement encryption to prevent car thieves from intercepting and
spoofing the signal.

So, I guess the question is, what (other than RKE's) does the FCC allot that part of the spectrum for? Anyone know?
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reply posted on 28-1-2008 @ 05:57 PM by ALLis0NE
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Modern systems implement encryption to prevent car thieves from intercepting and spoofing the signal.

Are you implying that the Empire State Building is capable of decoding encryptions at least 15 cars a day on accident?
[edit on 28-1-2008 by ALLis0NE]
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reply posted on 28-1-2008 @ 06:01 PM by PragueSpring
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reply to post by PragueSpring
Nevermind, just found it myself. If I read the graph correctly, 300-322 MHz is an Exclusive Government allotment (cue dramatic music) for
"Mobile," "Mobile Satellite," and "Fixed."
external image
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reply posted on 28-1-2008 @ 06:02 PM by PragueSpring
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reply to post by ALLis0NE
No, I was implying that the jamming freq must be found at or near 315 MHz, if I understood the article correctly.
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reply posted on 28-1-2008 @ 06:06 PM by RuneSpider
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reply to post by ALLis0NE
Doesn't have to decode, just cause enough static that it screws up. this isn't breaking intoa car, this is causing the alarm system itself to screw
up.
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reply posted on 28-1-2008 @ 08:05 PM by Pilgrum
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Remember the inverse square law when applied to omnidirectional radiation. If you move twice as far from the source the field strength will be a
quarter of what it was, 4 times the distance and it's a sixteenth so relatively small relocations get dramatic results.
Radio transmissions are electromagnetic and the assertion earlier about coils is correct if they they have a permeable material as a core. Lines of
magnetic flux get concentrated in the core compared to the flux density in free air.
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reply posted on 30-1-2008 @ 01:28 PM by michial
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According to page 2 of the article, the FCC has not received any complaints about this. I know I would have complained by now if I was one of the
people who had to pay to be towed. I'd also like to know if two or more people had experienced the same problem at the same time. It would help to
find out if the radio signal is coming in bursts at a certain time of day or is a blanket effect like a carrier wave would produce. Apparently it
started after some antennae were moved to the Empire State Building after 911. That frequency seems to lie in the FM range which according to the
comments and article is line of sight so it would have to be something that was on the roof of one of the Trade Center buildings. Any more ideas?
Thanks.
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reply posted on 27-5-2008 @ 02:38 PM by Anonymous ATS
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