Well, yeah but is it safe then if its just one electron?
What makes it unsafe?
Even at high
frequency? And how many protons in one place is that potential?
The electricity I am talking about is similar to a stun gun except a
lot more extreme. Electricity from a stun gun can move through air
despite the wattage being significantly less that your average 110V
socket. Most sockets -- whether 110v or 220v -- cannot transmit
electricity via air because the voltage is not high enough to break
through the ohms of air.
A stun gun's wattage is isn't much, however, with its super-high
voltage [around 50,000 volts]; its current can flow through air. The
high-voltage allows those electrons to "cut" through the extreme
resistance of the air.
Think about what 6,200,000,000,000,000,000-volt, 1-watt, electric
current can do. With potential-differences that extreme, we don't need
wires.
Even an electric current that's 6,200,000,000,000,000,000 volts and
10^-200 [10-to-the-power-negative-200] watts does not need wires.
At such high voltages, electricity can easily pass through air. Might
do wonders for those who want wireless power.
BTW, you asked about "high frequency." How does that relate?