No.

When one end of the antenna in a radio system is positively charged, the other end is negatively charged or there is a charge wave-form imposed on the antenna and antenna cable.

This (Tesla's invention) accumulates an even, static charge into a capacitor, the charge at any point in the system is equal because this is accumulating static charge in a capacitor. This uses ionising radiation to accumulate static charge.

Radio uses non-ionising RF to imposed an inductive voltage gradient on the antenna. Radio is not a static system. Is an electromagnetically oscillating inductive system.

No.

When one end of the antenna in a radio system is positively charged, the other end is negatively charged or there is a charge wave-form imposed on the antenna and antenna cable.

This accumulates an even, static charge into a capacitor, the charge at any point in the system is equal because this is accumulating static charge in a capacitor. This uses ionising radiation to accumulate static charge.

Radio uses non-ionising RF to imposed an inductive voltage gradient on the antenna. Radio is not a static system. Is an electromagnetically oscillating inductive system.