Comments by "Bill Kitchen" (@bill-2018) on "Curious Droid" channel.

  1. I've not heard a numbers station for a while. There's a lot of rough buzzing noises on these days.
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  2. It obviously didn't work any better than the aerials used by the military at VLF so they cancelled it. I watched another video where he said VLF signals were used to transmit to submarines from HAARP and they managed to pick up signals on a buoy near New Zealand on a test. He had already said they communicate with submarines on VLF with large but inefficient aerials. He kept talking about using HAARP to transmit signals from 2 to 10 MHz. We already know and have done for years how radio signals in the 2-10 MHz work in the ionosphere (and higher frequencies). Ionosondes have been around for many years. HAARP puts out 3.6MW and reaches the ionosphere at 36mW per square metre, losses are mentioned but at what frequency? The aerials at HAARP would be tiny if used for VLF and high power needed. 3.6 MW I guess. Now think of my 5 Watt output amateur radio transmitter and think how little reaches the ionosphere yet amateurs communicate over hundreds and even thousands of miles between 2 and 10 MHz. I regularly contact Europe on 7 MHz with my low dipole. Radio amateurs have 137 kHz available and our tiny aerials in relation to the wavelength are very inefficient but still manage long distances. Perhaps the military should have asked radio amateurs how to do it! Bill, G4GHB.
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  3. Very interesting. G4GHB
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