On Mon, Aug 17, 2020 at 5:56 PM jimlux <jimlux@xxxxxxxxxxxxx> wrote:
> There's no getting around the inverse square law.
>
Can you be more specific?
Fiber optic cables are an example of getting around the inverse square law.
Electric field transmission along ionized paths are an example of getting
around the inverse square law. Even electrical transmission over a copper
wire can get around the inverse square law.
Are you just assuming that Greg's receiver is receiving pure, unrestrained
radio waves? Or has this been established?
It is very easy to get around the inverse square law when transmitting
along an ionized channel of air molecules. Have you never seen a plasma
globe?
David Thomson
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