Pressure is measured in force per unit area. Do we allow that electrons carrying mass can exert force on a cross section of a wire? Certainly we observe electromigration of mass through wires. The electrons seem to push through resistances without too much interaction. Electrons seem to spring through a lattice of copper like putty through sand.
If the electrons in a mass are dense from the standpoint of small masses travelling at 1% of the speed of light. Then as we bend the medium to make a sphere or a cube the electrodense inside will push electrons outwards. The outwards push will be fast compared with the pull back for charge balancing. All of the negative charge lost is filled with returning mass.
One of the thoughtful mistakes that might be made is assuming that electron pressure is less than it is. Electrons seem to be the light cloud that surrounds the real mass of the nucleus. In fact electrons moving at 1% of the speed of light exert a pressure that adds up to gravity. Internal electron pressure is greater than outer electron pressure causing a charge inversion. The balance of charge and mass is a push inwards towards the center of mass.
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