piecat , 20 days ago Sorry, your comment doesn't make sense and doesn't seem correct to me. Yes there is a capacitance, but capacitance isn't "voltage potential". Capacitance is a ratio of coulombs per volt. Anyway, that's beside the point. There is capacitance and it's defined by geometry. "The potential between you and the antenna affects the filter of the signal" You're not adding potential to anything, nor are you affecting any filters. Any capacitance you add will change the impedance of the resonant antenna. You get maximum power transfer when the impedance is matched. Another way to look at it, you're changing the resonant frequency.
Sorry, your comment doesn't make sense and doesn't seem correct to me.
Yes there is a capacitance, but capacitance isn't "voltage potential". Capacitance is a ratio of coulombs per volt. Anyway, that's beside the point.
There is capacitance and it's defined by geometry.
"The potential between you and the antenna affects the filter of the signal"
You're not adding potential to anything, nor are you affecting any filters.
Any capacitance you add will change the impedance of the resonant antenna. You get maximum power transfer when the impedance is matched.
Another way to look at it, you're changing the resonant frequency.