- #1
Jdo300
- 554
- 5
Hello All,
I’m still perusing the whole idea of tapping into the energy in the Schumann Resonance cavity. But, even if I can manage to do that, I figured it would be a good idea to at least find out how much energy is actually there to couple with.
Recently, I corresponded with a researcher who actually studies the subject (frequencies in the ELF/VLF range) and asked him how much energy is actually stored in the cavity at the fundamental frequency of 7.83Hz. He said that there is only about 1 joule of energy constantly circulating at anyone time because, though the cavity is stimulated by some 100 lightning strikes per second, most of the energy is converted to heat. The remaining RF energies are actually in the low to mid kHz spectrum. So I believe that the most powerful RF energy has to be collected in the kHz range and not the Hz range.
I was just wondering if anyone here knows what frequency, in the kHz, band(s) contains the most RF energy from lightning strikes?
Thanks,
Jason O
I’m still perusing the whole idea of tapping into the energy in the Schumann Resonance cavity. But, even if I can manage to do that, I figured it would be a good idea to at least find out how much energy is actually there to couple with.
Recently, I corresponded with a researcher who actually studies the subject (frequencies in the ELF/VLF range) and asked him how much energy is actually stored in the cavity at the fundamental frequency of 7.83Hz. He said that there is only about 1 joule of energy constantly circulating at anyone time because, though the cavity is stimulated by some 100 lightning strikes per second, most of the energy is converted to heat. The remaining RF energies are actually in the low to mid kHz spectrum. So I believe that the most powerful RF energy has to be collected in the kHz range and not the Hz range.
I was just wondering if anyone here knows what frequency, in the kHz, band(s) contains the most RF energy from lightning strikes?
Thanks,
Jason O