We know that moving charge creates a magnetic field, so, does that created magnetic field have any effect on the motion of that very charged particle I understand that a moving charge creates a magnetic field, the question is, does that created magnetic field have any effect on the motion of that very charged particle in simple terms does that created magnetic field contribute to the force on that very moving charge?
NB: I am referring to a quantum particle
 A: A charged body in motion does generate some magnetic field, but does so
in a direction perpendicular to its velocity (circumferential around
the axis of motion).   The effect of such a charge impinging on its own field generates a force perpendicular to BOTH the velocity of the
charge, and to the field, which is... inward.
The effect is called a Z-pinch, and is responsible for the narrow tracks left in
soil by lightning bolts... but is relatively unspectacular in less intense
currents.
This kind of pinch is a major concern in
fusion reactor research, since it would contain the charges in
fully ionized gasses.
A: A charge is always at rest with regard to itself, so it won't see its own magnetic field. A magnetic field is only seen by other particles in case they are not co-moving with the first one.
A: If the charge is considered point-like, then no, it does not feel its own field while in a uniform motion. But an accelerated or decelerated charge has a small "radiation friction:reaction" effect. Read R. Feynman lectures, chapter 28.
