Just searched the whole thread, from beginning to end, and no, the challenge had not been previously made. And before I'd ever consider accepting a challenge like that, I'd first expect you to gobble down a whole hat shop to atone for the erroneous crap you've already spouted in this forum about mammoths, clones, and computers.
None of your ideas in this thread is at all original or new. Most were tried back in the days just after WWII. Some are even older. Don't believe me? Then go to your local library and see if they can get you the old Movietone Newsreel titled "Man Conquers Nature?", which covers the countless ways man has tried to manipulate the weather over the years. From seeding clouds to firing German V-2s into storms carrying everything from high explosives to liquid nitrogen, to powerful electrodes.
For a more modern source, you might want to do a Google search for info about The High-frequency Active Auroral Research Program (HAARP), a weather control effort run by the Air Force. They're using 180 high-powered, phased array emitter towers, capable of beaming in the 2.5-10 megahertz frequency range, at more than 3 gigawatts of power.
And guess what NAARP's discovered?
And you think some concert speakers are gonna be up to the task? The UK band The Who still hold the world's record for total speaker wattage. Their biggest speaker array had an output of 76,000 watts. NAARP's array is 40,000 times more powerful.
Sorry, but the heftiest Cerwin-Vega concert speakers (The kind they used for "Sensurround" movies, to simulate earthquakes and the like) only kick out about 1,600 watts each, and they're each roughly the size of a compact car.
To get as much wattage as the Air Force is already using you'd need nearly 1.8 million of these monster speakers. And again, that's just to match the HAARP towers, which aren't up to the task. An effective array would likely need to be a great many times more powerful. Say ten or twenty times as powerful.
Any idea how many square miles 40 million car-sized speakers would take up? And that's just to defend a single location. 'Cause unless you can find a practical way of quickly transporting such a huge array of speakers, that array isn't going anywhere, and you'll need to create thousands more of these arrays to protect the whole of "Tornado Alley".
None of your ideas in this thread is at all original or new. Most were tried back in the days just after WWII. Some are even older. Don't believe me? Then go to your local library and see if they can get you the old Movietone Newsreel titled "Man Conquers Nature?", which covers the countless ways man has tried to manipulate the weather over the years. From seeding clouds to firing German V-2s into storms carrying everything from high explosives to liquid nitrogen, to powerful electrodes.
For a more modern source, you might want to do a Google search for info about The High-frequency Active Auroral Research Program (HAARP), a weather control effort run by the Air Force. They're using 180 high-powered, phased array emitter towers, capable of beaming in the 2.5-10 megahertz frequency range, at more than 3 gigawatts of power.
And guess what NAARP's discovered?
That's right, they're using 3 billion watts of power, and have found that it's not enough to have an appreciable effect on the weather.While these experiments are useful in measuring the properties of the ionosphere, they produce insufficient amounts of energy to modify it in any significant way.
And you think some concert speakers are gonna be up to the task? The UK band The Who still hold the world's record for total speaker wattage. Their biggest speaker array had an output of 76,000 watts. NAARP's array is 40,000 times more powerful.
Sorry, but the heftiest Cerwin-Vega concert speakers (The kind they used for "Sensurround" movies, to simulate earthquakes and the like) only kick out about 1,600 watts each, and they're each roughly the size of a compact car.
To get as much wattage as the Air Force is already using you'd need nearly 1.8 million of these monster speakers. And again, that's just to match the HAARP towers, which aren't up to the task. An effective array would likely need to be a great many times more powerful. Say ten or twenty times as powerful.
Any idea how many square miles 40 million car-sized speakers would take up? And that's just to defend a single location. 'Cause unless you can find a practical way of quickly transporting such a huge array of speakers, that array isn't going anywhere, and you'll need to create thousands more of these arrays to protect the whole of "Tornado Alley".
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