$35,788
pledged of 348.000 $pledged of 348.000 $ goal
292
backers
0seconds to go
Funding Unsuccessful
The project's funding goal was not reached on Sun, December 11 2011 4:44 AM UTC +00:00
Greg LeyhBy Greg Leyh
First created
Greg LeyhBy Greg Leyh
First created
$35,788
pledged of 348.000 $pledged of 348.000 $ goal
292
backers
0seconds to go
Funding Unsuccessful
The project's funding goal was not reached on Sun, December 11 2011 4:44 AM UTC +00:00

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    1. Gavin Sandison on

      Greg, when you get this off the ground I pledge to be there for the first run, whatever it takes. This reminds me of when I was converted to pursue science and technology at an early age at the Deutsches Museum. Best of luck and never give up in the name of science, education and entertainment. On a side note I'll bet you will have Airbus and Boeing and the rest queueing up for full scale lightning tests!

    2. Missing avatar

      am on

      Good Luck Greg, all that ether and no ten storied Tesla coil to show, omigosh!
      Have been wondering about the dark adjacent to 600 light year distant planets, and the dark next to 1 million light year distant black holes, for a while....it's seems like it's fairly constant, much quicker than light speed....if only Carl
      Sagan was around to catch the news from the Bern Switz lads......oh well....

    3. Greg Leyh Creator on

      @Marnix, Hey thanks! Say hello to RoboDock for me!

    4. Missing avatar

      Marnix on

      Hey Greg, what an awesome project! I hope you reach the funding goal, I'd really like to see this happen. Greetings from Amsterdam.

    5. Missing avatar

      brian von herzen on

      @Greg, exactly, if we drive the balloon and the global Schumann Resonance at 7.83 Hz and 1 MW, we would excite the fundamental global Schumann Resonance at a 1 MW level. Injecting this potential into the global waveguide at a Q of 10 could have some interesting effects. Doing so on the Tropic of Cancer at midnight during the winter solstice could have some _really_ interesting effects, as the day/night discrepancy is fully symmetrized at those times and locations, resulting in a power focusing at the site and the antipode, and possibly increasing the Q markedly. Perhaps the lightning bolt heard round the world?

      Is there any way on earth that hydrogen could be used in such a balloon? How could it possibly be designed to not blow up?

    6. Angela N. Hunt on

      My father was a high energy physicist who specifically worked in the EOS/ESD field. He played with lightning my whole life. Thank you so much for this. He would have loved the hell out of this.

    7. Greg Leyh Creator on

      @brian, Hey thanks. Exploring the viability of the Schumann waveguide as a means of transferring energy over long distances is intriguing. On one hand, it has a fairly low Q, but on the other hand the ionosphere is amazingly conductive [in its strong direction.]

      One key question is whether a large, elevated, conductive balloon can couple strongly enough to the ionosphere. The problem is non-intuitive and turns out to be extraordinarily difficult to model in multi-physics tools such as COMSOL.

      Perhaps the most direct approach is to try. The proposed experiment for the Lightning Foundry would involve operating both towers in phase, driving an elevated balloon. Unlike a lightning strike, the towers can drive the ionosphere at any advantageous frequency, and continuously at the megawatt level. The return path is simply the Earth. This was one of Tesla's goals, although interestingly he did not yet know about the ionosphere. Because of the simulation complexity it's difficult to predict what will happen. Once the towers are built however, it's a simple experiment to carry out. -Greg

    8. Missing avatar

      brian von herzen on

      Totally awesome, Greg, this is a great project. There's about 100 GW of lightning power continuously flying around in the waveguide formed between the earth and the ionosphere. The global Q is about 10, so the power circles the earth up to 10 times in spherical Lengendre oscillations before dying out with a fundamental frequency of about 7.83 Hz, called the fundamental Schumann Resonance . If you trigger your lightning with this device, you may be able to detect the spherical (global) waveguide echo 127 ms later when the lightning pulse has circled the Earth one time. Most of that energy focuses right back where it started after circling the earth once. An even stronger signal should be detectable at the antipodes of your experiment, so locate your experiment carefully so that the antipodes are not in the middle of the Indian Ocean and try to measure the lightning signal at the antipodes as well!

    9. Missing avatar

      brian von herzen on

      Awesome project. This has to be built!

    10. Missing avatar

      Frank Hausman on

      First! Good looking video.