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The basic principle of electrospinning can be described in the following way: the polymer solution drop was charged in the electric field, and electrical force drives the spray of polymer solution drop via a syringe needle.
By the way, that's a very remarkable property of the gravitational force the cancellation of the two ms. If you look at the electrical force, the force of electricity, on the proton and electron or something, it's not proportional to the mass of either object.
The electrical force itself is linked to the Planck constant through quantum electric effects described by two Nobel prize winners, Brian Josephson and Klaus von Klitzing.
You guys know there is the electrical force.
The electrical force between these two oppositely charged ions is attractive and locks them together.
These electrons will be free to move if an electrical force is applied.
The electrospinning process uses electrical force to produce nanofibers.
As the ratio of the deflection to the gap exceeds a certain value, the electrical force overtakes the mechanical one.
(When this electrical force matched the force of gravity, a droplet -- "like a brilliant star on a black background" -- would hover in midair).
This electrical force repels the similarly charged landing jet segment in the collector plane.
The most remarkable simplification, justified at the time by its success rather than by any physical argument, was that the electrical force between electrons could be neglected.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com