Recent content by ace333

THANK YOU> SO Is there a way to mix extra electrons (a non permanent net gain during exposure time) deep into a conductor momentarily without biologically damaging methods? Like electrostatic charging and discharging i.e. moving charges, coupled with rapid pulsed electromagnetic fields? Would...

"The only force on a charge by a static magnetic field is when the charge is moving." So since movement is relative than as a magnet is being moved towards (or away) from the metallic negatively charged van de graaff top than the electrostaticly accumulated electrons could be effected, no?

Why is there no effect on static charges since the electrons are the same free electrons as in a conductor and on those there is of curse such a strong effect induced on the same free electrons by a magnetic field. What is the difference since the conductors free electrons are just as static...

I'm referring to the localised area within a few millimetres from the magnet.

simple eg: negatively charged van de graaff generator top and a magnet. Put magnet near top. Would the magnetic field push the electrons of the charged surface to the sides and deeper into the metallic top?