HAARP should be shut down for good!!!!!

Norway got also 2012 bunker aswell with there " h.a.r.p " thingy in Tromsø, what do you think they got in there mountains?

Originally posted by Bedlam

Originally posted by Zaanny
reply to post by d3ftronix

 

5) EISCAT – 1 gigawatt facility in Tromsø, Northern Norway (69°35'1.06"N 19°12'57.11"E).


I wonder if one of the most powerful H.A.A.R.P. facilities near where the Norway spiral happened is just a coincidence.

It's not a HAARP facility, it's an EISCAT facility - different design, different operators, different government.

They're both ionosphere heaters. But totally different operations.

in other words, a different name.

Originally posted by MrAnnunaki

Originally posted by Bedlam

Originally posted by Zaanny
reply to post by d3ftronix

 

5) EISCAT – 1 gigawatt facility in Tromsø, Northern Norway (69°35'1.06"N 19°12'57.11"E).


I wonder if one of the most powerful H.A.A.R.P. facilities near where the Norway spiral happened is just a coincidence.

It's not a HAARP facility, it's an EISCAT facility - different design, different operators, different government.

They're both ionosphere heaters. But totally different operations.

in other words, a different name.

I could heat up the ionosphere with my BREATHE lol ok just kidding but there are a lot of machines in this world that are capable of heating up the troposphere and ionosphere and these machines can also manipulate weather.

Originally posted by kid_cudi
I believe Dr. Eastlund invented HAARP and what about the same type of technology between HAARP and teslas earthquake machine? is this just and accident or is it a bigger version of a terrible man killing earthquake? you tell me

Isn’t he the same guy who invented ill-tempered bass with lasers?

reply to post by kid_cudi


No they can't. The frequency that they work on does not affect the troposphere. In fact the only thing they affect is the ionosphere, a layer of the atmosphere that is regularly replenished by the Sun, something that is much more powerful than HAARP or any other similar facility.

Originally posted by Gilbo303

Just to help stem said misconception, I have a question! What is the difference? IE: What is the definition of 'Effective radiated power, against total power output?

Hey, Gilbo. That's actually a really good question, and the cause of some weird misconceptions about any transmitting facility, but in the case of ionosphere heaters like HAARP, it really gets played up in weird ways.

First, someone said upthread (I'll just roll it into this answer as well) that HAARP can transmit 5TW, not at all. I don't know where that number comes from, but it's not legit. I'm sure they'd like to have that much juice - they don't.

Ok. Here's my 5 minute tutorial on various power numbers you hear bandied about as regards transmitters.

First, you have the power delivered to the finals. This is the transmitter input power. In the case of HAARP, there is an array of diesel generators that has a total power output a bit over 10MW. This feeds the final amps, which are a big ol' array of D616G's, two per cabinet, 360 of which which put out 10kW each (thus the 3.6MW number). D616G's were custom designed for the Gakona facility, although you also see them used a lot at other ionospheric heater sites. The amps are a mixed bag, built by Continental Radio or DRS for the most part. There are a few other qualified vendors but I don't think they have more than a handful that aren't CR or DRS.

So, the first number to be aware of, is the power delivered to the final amplifiers. That's the total input power, and for HAARP it's 10 million Watts, more or less, at peak.

You don't get all that power to the output. There are inefficiencies everywhere in a big high output rig like HAARP. The first and worst is that they can't operate class C in order to optimize final amp efficiency, because it has to be frequency and phase agile. Meaning, in order to steer the beam, instead of moving the antennas like an old parabolic radar dish, you move the phases around that are being delivered to the output amps. And you have to pulse it on and off with really fast attack and decay times, and you have to be able to change the frequency really fast. Class C amps are great for efficiency, but because they use a tuned output tank, you can't do any of that. So in order to do all the things you need for an agile array like HAARP, you have to use a linear amplifier class. D616G's are class AB. It would have been nice to run at least class B, but the crossover distortion adjustments on a field of amps is way too fiddly. So, you have to accept the power losses. A class AB amp can be no more efficient than 78.5% by design: Gakona's D616G's tend to be in the 35-40% range, so of that 10 million Watts of input power, you can't deliver more than, say, 4MW to the coax on average, and at rated output it's that 3.6MW number you often hear. There are other losses, of course, in the antennas and transmission lines because the antennas are NOT optimal for their entire design range. There are frequencies that they are good at, but away from that they're less and less efficient, it's one of those tradeoffs you have to live with.

Here's where you get that number - 3.6MW. It's 360 D616G's at full output at 10kW output each. This is the maximum RF input power to the IRI averaged over the full operating frequency span, if everything's switched on to full power. That's not a normal operating mode, btw, because they tend to run one or the other dipole but not both on each antenna, so usually you're doing 1.8MW max - it's all in what they're using for antenna choices. That's what's going into the coax at the arse end of the D616G. You don't actually get that total amount off the antenna, because of losses in the coax, the baluns, the tuning network, and the fact that the antennas aren't uniformly efficient over their entire operating range.

Here's the next number - the EIRP, or effective isotropic radiated power. EIRP hasn't got bollocks to do with power being transmitted - it's a composite of different things, which I'll try to explain. You'll also hear the term "ERP" used, and it's sort of an ambiguous description unless they state ERP compared to what. In the case of HAARP, that 1GW number is an EIRP number. This is going to be hard for me without being able to embed little drawings, but I'll try to do it verbally.

Ok. Envision a magic lightbulb. This lightbulb is just a sphere - no lamp, no wiring, no base, just a little round ball of light, hovering without support in the center of a really big room 100 feet tall, the walls of which are painted flat black. The bulb emits the same light intensity in every direction, with total uniformity, and the total power output in light of this magic light is 1 Watt total.

If you had a light meter, you could measure the light's power density in Watts per square meter at any point in this big flat-black room you wanted. As you did so, you would find that the power density fell off as the inverse square of the distance from the magic light - at 2x the distance, you'd have 1/4 the power density, at 3x, 1/9 the power density and so on. This would always be true - it's a basic truism of any EM source, and you will see it called the inverse square law if you want to go look it up. I see some sites with really nice graphics which I can't do here that you might want to hit.

So, that's "inverse square law" - it's important, so put a thumbtack in that one.

Now, the magic light - since it radiates in every direction with perfect uniformity - we will call THAT an isotropic radiator. Isotropic means "equal in all directions" from the Greek words 'iso' and 'tropos', which oddly enough mean "equal" and "direction". In real life, there probably aren't any actual isotropic radiators - but it's a convenient mathematical fiction for this sort of thing. So, pin that one too - an isotropic radiator of EM radiates exactly the same amount of power in any direction you look at it - like a perfectly uniform sphere of light.

Ok - we're getting there, bear with me, this is all prerequisite for the explanation.

NOW. When dealing with real radio antennas, you will find that none of them are actually isotropic - instead of emitting radio waves in a big uniform sphere, they emit more power in some directions, less in others. This is either pesky or intentional, depending on what you want for an outcome. For a vertical antenna like the one on your walkie-talkie, the shape looks a bit like an apple with the antenna rammed up the core. If I had a dipole antenna - that would be two rods in a straight line with the connection in the center - the pattern over the ground would look a bit like two tear drops point to point - it's directional in those two directions. A parabolic radar antenna has a pattern of radiation that looks a bit like a long skinny teardrop in the center with a bunch of short flower petals near the antenna (those are sidelobes and we hate them).

Since the radio waves are stronger in one place and less in another, these antennas exhibit directionality - the power going to the antenna isn't leaving uniformly in all directions. Sometimes we want that, like in the case of the parabolic radar antenna.

Now, back to the light bulb room. You're standing 20 feet away, and you're measuring a certain light power density at that distance. The light leaving the bulb in other directions, say directly away from you, is being absorbed by the flat black walls and turned into heat, so you don't see it in your measurement. However, a man has just walked into the room with a big parabolic mirror, and put it behind the light on the far side. Wow, it's going to get brighter, right? The light that was going away from you is now all coming towards you, as well as the light that left your side of the bulb. Your meter reading will definitely go up. The magic light is now exhibiting directionality just like the radar antenna. It's emitting more on one side, due to the reflector. The light appears brighter, although it's putting out the same total amount of light in Watts as before.

Effectively, the light is brighter, because now it's directional. If you used your old table of measurements you took before, that gave you a certain power density at a certain distance, you're going to find that now all the readings are higher. They'll still fall off with the inverse square of the distance, but they're all higher because of the mirror.

If your reading were twice as high, it would be as if the bulb was now putting out 2 Watts instead of 1, although it's still only putting out 1 Watt, it's twice as bright due to the mirror. So effectively, as far as the meter goes, the bulb is putting out 2 Watts. It's not - you're getting a higher reading due to the mirror because some of the "wasted" light is being bounced your way by the mirror that was being lost to the walls before. But as far as your meter goes, it's giving you the same readings as a 2 Watt bulb without the mirror.

Now, remember the word isotropic? That's what your bulb was before the mirror. Now it's directional. But effectively, the readings you get seem like an isotropic 2W bulb, even though it's really only putting out 1W. 2W is the Effective Isotropic Radiated Power of the bulb, when you include the mirror.

What EIRP is telling you is, if that were a magic isotropic light bulb, in order to get the readings I'm getting at this distance, it would have to be a 2W bulb. It's not - you are using a mirror to concentrate the wasted light. So the total output power of the bulb is 1 Watt, and the EIRP is 2 Watts. The difference is caused by the mirror, and although mirrors aren't rated this way, in a radio antenna, we'd call the improvement you got the "antenna gain factor". The better and larger that mirror, you might get a magic light bulb EIRP of maybe 5 Watts, still with a 1W total light output, because the mirror would be capturing more and more of the wasted light and sending it your way. So at 10 feet, as far as your meter knows, that's a 5W bulb, if it were shining isotropically. Even if you could capture all the light bulb light and send it in a perfect 1 meter square block at that 10 foot distance, the power would never really be more than 1 Watt, that's all you've got to work with, but it would take an equivalent larger light bulb shining isotropically to have that apparent brightness.

So what EIRP does, is it takes into account the total power of the bulb (1 Watt) and factors in the effect of the mirror, to tell you how bright an isotropic bulb would have to be to look that bright at a certain distance. The more directional the mirror, the higher the EIRP will be for a certain power input. You don't really get more power that way. It's just that compared to a bulb without a mirror, it's brighter by a certain percentage than one without a mirror, as if you had a brighter bulb.

How does that work with HAARP? With any directional antenna, the more directional it is (the better a mirror), the "brighter" it will appear at a given distance, compared to an isotropic antenna. HAARP uses a phased array instead of a parabolic dish, which wouldn't be physically practical for this use. Instead of having a big Arecibo looking dish, HAARP's IRI has a bunch of identical antennas at very carefully fixed spacings. When you send the power to the individual antennas, the signal is a little different for each antenna in the array. As the radio signals leave the antennas, they add and subtract so as to form a long skinny teardrop shape, a lot like the radar dish does, through a magical mathematic nightmare called constructive interference. Complete with the nasty flower petal leftover wasted power we call sidelobes, dammit. You just can't get rid of them.

Those flat radar antennas you see (go google 'phased array radar') work the same way. A lot of little antennas that are all sending a similar but not identical signal so that they all add up to send the antenna's power in one direction.

Since the IRI manages to squirt the output power in one direction, to the extent possible limited by the number of elements, their perfection in orientation and spacing, phase and amplitude noise from the finals, errors in coax feeder lengths, and the accuracy limits of the magically wonderous device we call the "exciter" that makes 360 slightly different signals that are arranged in time so as to cause this directionality to happen (along with a lot of other crap like phase noise from the baluns and matching networks), you get most of the power sort of going towards one place, although it's a lot like herding cats. On top of which, there are other limits imposed by physics caused by the fact that the array isn't infinite, so you get aperture induced fuzziness. But I digress.

The point is that it's directional. And given all the problems, it's REALLY directional. So much so, that at a certain distance, you'll get the power density per square meter you'd expect from a 1 GW isotropic source. That is, in the focus it looks as bright at any distance you pick as a 1GW magic light bulb radiating uniformly in all directions. That doesn't mean it HAS 1GW of power - you've got 3.6MW, no more, but since it's all squirting in one general direction, it "looks brighter".

Why bother with an EIRP number then? Well, let's loop back to the beginning. Remember how, as you moved away from your magic bulb, the power density dropped off as the inverse square of the distance? That gave you a way (had you done it) to calculate what the power density would be of a magic bulb, given the total output power of the bulb, and the distance away from it.

EIRP numbers are a way to sort of roll-up the bulb and mirror effects, and standardize them so that your inverse square calculations still apply, no matter what the nuts and bolts are. Given an EIRP number, you don't have to deal with antenna patterns or gain factors or actual power output or whatnot - you just calculate the power densities based on what you'd get if you had an isotropic radiator with a certain EIRP power output. It's a comm engineer's way of rating a system to make calculations easier, a sort of shorthand. It doesn't mean that magically you get an actual gigawatt downrange for 3.6 megawatts into the antenna farm. It just means that if you had an isotropic antenna (they don't exist) it would have to have a gigawatt input to seem that "bright".

ps - all this stuff is off the shelf, generators to antennas, if you had the money. The real magic is in the exciter, which was designed by a number of people, some of whom are as Gods, to whom other comm engineers should bow in awe filled wonder. Also, using a phased array like this, you can pull off a number of other things, among them, you could direct the exciter to form more than one beam at the same time, but that's for another post.

Originally posted by MrAnnunaki

Originally posted by Bedlam

Originally posted by Zaanny
reply to post by d3ftronix

 

5) EISCAT – 1 gigawatt facility in Tromsø, Northern Norway (69°35'1.06"N 19°12'57.11"E).


I wonder if one of the most powerful H.A.A.R.P. facilities near where the Norway spiral happened is just a coincidence.

It's not a HAARP facility, it's an EISCAT facility - different design, different operators, different government.

They're both ionosphere heaters. But totally different operations.

in other words, a different name.

As alike as say, Fiat and Segway, who both make vehicles that have wheels. Similar, but not coidentical, and under totally different operations.

reply to post by Phage

How can you link earthquake lights to HAARP when they have been observed since long before HAARP existed?

Was there a claim that ALL earthquakes that occurred throughout time have been caused by HAARP? Now, mind you, I wouldn't be surprised if the OP made such a wacky claim, but I don't remember seeing it, so I'm wondering why you're posing this question?

A+ for you man that was an excellent post. It was very interesting and the cool thing about it was that it gave me a better understanding about HAARP and the amounts of energy. But i still have one question. Dont they already have a tool in place that can point HAARPS beam where ever they want it instead of directly up in the air above HAARP. as i rememebr hearing in a documentary or something rather that HAARP can point its beam in different directions.

reply to post by NightGypsy


Im not dinging you for this but i am talking to the guy you quoted about beams and earthquakes. The only time i remember saying beams and earthquakes was about the one in Haiti recently and i never mentioned any other earth quakes. I simply said why are the HAARP aorual lights seen in the skies at the same time many disasters have happened. Thats all i said i never claimed that HAARP causes all disasters. c'mon man you should deny your own ignorance for understanding people. Remember this is to the guy who you quoted about beams and earthquake lights.

reply to post by kid_cudi


By diddling the phases of the signals to the antennas, you can swing the beam around as if by magic. You can only swing it so far, though, which is limited by the frequency, the antenna size and design, and the aperture. Beyond a certain point, you get nonsense solutions for the pointing equations and the actual effect is to spray power all over, not to mention you get nastier and nastier sidelobes as you veer over to one side.

Effectively, you can point in a cone about 30 degrees from vertical, which gives you a 60 degree total angle.

The power density in the ionosphere isn't that high, though - maybe 30 to 50 mW per square meter straight up under perfect conditions. That's all that's left of the signal at that distance. So if you lose that much on the way up, you're going to lose more on the way down - remember the power drops off as the square of the distance. So if you point straight up, put in 3.6MW, and deliver 50 mW/m^2 at the ionosphere, and IF somehow the ionosphere was a really perfect, parabolic reflector that could return the beam straight down to a really nice focused spot, you're going to get on the order of microwatts per square meter. It's much worse off axis. And the ionosphere doesn't cooperate by forming a nice perfect lossless parabolic mirror, either.

Originally posted by Bedlam
reply to post by kid_cudi

 

By diddling the phases of the signals to the antennas, you can swing the beam around as if by magic. You can only swing it so far, though, which is limited by the frequency, the antenna size and design, and the aperture. Beyond a certain point, you get nonsense solutions for the pointing equations and the actual effect is to spray power all over, not to mention you get nastier and nastier sidelobes as you veer over to one side.

Effectively, you can point in a cone about 30 degrees from vertical, which gives you a 60 degree total angle.

The power density in the ionosphere isn't that high, though - maybe 30 to 50 mW per square meter straight up under perfect conditions. That's all that's left of the signal at that distance. So if you lose that much on the way up, you're going to lose more on the way down - remember the power drops off as the square of the distance. So if you point straight up, put in 3.6MW, and deliver 50 mW/m^2 at the ionosphere, and IF somehow the ionosphere was a really perfect, parabolic reflector that could return the beam straight down to a really nice focused spot, you're going to get on the order of microwatts per square meter. It's much worse off axis. And the ionosphere doesn't cooperate by forming a nice perfect lossless parabolic mirror, either.

Could you post a source for your information it was very interesting and id like to read more about it.
And i still think HAARP can be used for sinister things but i know for a fact its not used in that way as much as people say it is. Like i said i dont think it has caused every disaster. I am going to build a HAARP tornado machine lol just kidding but really id love to build one

Originally posted by kid_cudi
Could you post a source for your information it was very interesting and id like to read more about it.

That's a bit tougher because most of it is coming from being a designer of things very much like that instead of citing a web site.

Building a big phase steered transmitter in HF with mostly COTS equipment is interesting design work, there are all sorts of surprises to bite you in the ass that you don't run across so much with phased-array radar, which usually doesn't tend to be quite that frequency agile. HAARP has about a 4:1 frequency range, nasty.

Originally posted by Bedlam

Originally posted by kid_cudi
Could you post a source for your information it was very interesting and id like to read more about it.

That's a bit tougher because most of it is coming from being a designer of things very much like that instead of citing a web site.

Building a big phase steered transmitter in HF with mostly COTS equipment is interesting design work, there are all sorts of surprises to bite you in the ass that you don't run across so much with phased-array radar, which usually doesn't tend to be quite that frequency agile. HAARP has about a 4:1 frequency range, nasty.

Thats crazy that you know that much about it lol if we were talking about criminal justice id sound super smart that cuz i know all about it and i jsut graduated last year so its all fresh in my memory but were not lol so i have to do plenty of research everytime someone posts something that i have no idea how to take in lol its kind of interesting but i am, learning a lot the more and more i read eveerybodies post. But i still want proof that HAARP can either cause desstruction or HAARP cannot cause destruction. Since you have built similar machines do you think its possible?

reply to post by kid_cudi


You did however say:

I think HAARP is the cause of all natural disasters since it came into action

So, you do need to account for the fact that earthquake lights were reported before HAARP existed. Also, I would like you to provide a source showing that lights have appeared before other natural disasters.

lol id also like to add one quote that i absolutely love. I got it from this web site. Don't you believe it. Mother Nature can morph into a sneaky, evil, conniving witch in an instant. Get sucked into the goody-goody myth perpetuated by her public-relations staff and let your guard down for just a moment, and she'll turn on you mercilessly.

www.britannica.com...

Originally posted by kid_cudi
And i still think HAARP can be used for sinister things...

Well, I guess it depends on your point of view.

Let's say you wanted to listen in on some comm traffic that was over the horizon, where you couldn't get access to it. It's in the middle of someplace you don't have clear access to - say, China - so you can't easily send in someone with listening equipment. You COULD, but it'll take finding some special ops guys with Echoes that can pass for Chinese, maybe, and Chinese is a category 4 language, takes years to be proficient in. So you'd have to do a sneak-and-peek and maybe get caught, bad for diplomatic relations.

It would be way easier to just paint a mirror of the right temperature in the right place and reflect the radio traffic to some folks in a friendly nearby country who can spin and grin in relative safety, and you can put some pedantic non-field rated DLI superstar there with them to translate unencrypted traffic, to tell you if you're getting good stuff or laundry lists.

If I was a Chinese general, that would be sinister. Not that you could necessarily hit the target from Gakona, but you could figure out how to make it work there, then build something less flexible but more portable elsewhere to do a mission-focused job.

Just sayin'

Originally posted by Xcalibur254
reply to post by kid_cudi

 

You did however say:

I think HAARP is the cause of all natural disasters since it came into action

So, you do need to account for the fact that earthquake lights were reported before HAARP existed. Also, I would like you to provide a source showing that lights have appeared before other natural disasters.

you will find that the lights have appered before many disasters especially the on in HAITI that the reporter wouldnt comment on because she was scared for her life after she saw the lights and she knew it wasnt a normal situation. I will comment no further on your post. and cant a person change their mind or is that illegal? Happy Posting bro

reply to post by kid_cudi

Originally posted by NightGypsy
reply to post by kid_cudi

 

Im not dinging you for this but i am talking to the guy you quoted about beams and earthquakes. The only time i remember saying beams and earthquakes was about the one in Haiti recently and i never mentioned any other earth quakes. I simply said why are the HAARP aorual lights seen in the skies at the same time many disasters have happened. Thats all i said i never claimed that HAARP causes all disasters. c'mon man you should deny your own ignorance for understanding people. Remember this is to the guy who you quoted about beams and earthquake lights.

With all due respect, Kid_Cudi, my reply you are referencing was to PHAGE, not you. I did not accuse you of saying all disasters are caused by HAARP. However, PHAGE implied that you suggested all earthquakes have been caused by HAARP. I could care less that you're discussing beams and earthquake lights.

Now, please, take your own advice about denying ignorance, pay attention to the posts, and stop being such a friggin' loose cannon.

While I'm at it, I would like to suggest that you should probably resume the position of being a casual observer on ATS before posting anymore threads. You have yet to understand the way to post a thread in order to initiate a proper discussion, your forum demeanor stinks, you are woefully uninformed on the subject matter in the forums you post in, and you do not take the time to read the comments of those who join the discussion. On top of that, you have an anger problem. This is not an attack on you, these are plain and simple facts, and the evidence in support of them has been abundantly provided by you on this website.

I know that and i told you that i wasnt talking to you i told you i was talking to phage but i didnt know his name at the time of the post. You misunderstood me when i said that, and i believe this thread has caused a pretty good discussion if i might say so myself but you know what your right. ill just go back to being an observer. Thanks for the info and advice. while im at it, you should definatley be happy cuz your ignorance has been denied since you misread and didnt properly understand that i wasnt referring to you when i was talking about the person you quoted.