It's always good to include a reference for where our excerpts are quoted from if possible 
I'm glad to see the posts including the term 'displacement current'. This is good, because it helps to emphasize that there are different terms for electrical current - such as "Conventional Current" and "Electron Current" depending on its form.
It is unclear to me, what we are discussing in the previous post that has a practical frequency of 1-10 µHz. Is that the suggested radiant energy frequency? That would put it in the ELF range.
Notice the health risks associated with strong magnetic field in this range:
http://smad-ext.grc.nasa.gov/shed/pu...10-non-ion.pdf
Specifically page 8.

I'm glad to see the posts including the term 'displacement current'. This is good, because it helps to emphasize that there are different terms for electrical current - such as "Conventional Current" and "Electron Current" depending on its form.
It is unclear to me, what we are discussing in the previous post that has a practical frequency of 1-10 µHz. Is that the suggested radiant energy frequency? That would put it in the ELF range.
Notice the health risks associated with strong magnetic field in this range:
http://smad-ext.grc.nasa.gov/shed/pu...10-non-ion.pdf
Specifically page 8.

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