Studying the enigma of particle dynamics using a new type of regular charged black hole

This study examines the regular charged black hole solution by investigating particle dynamics and various related properties, such as the radius of the horizon, the effective force, the energy, the angular momentum, the ISCO radius, the photon radius, the red-blue shift, and the weak plasma lensing in uniform plasma fields, SIS, and $NSIS$. Furthermore, we examine the image magnification for the black hole solution. A salient characteristic of this black hole solution is the incorporation of the magnetic charge parameter q, which differentiates it from the Schwarzschild black hole solution. By taking $q=0$, we compare our results with the Schwarzschild black hole scenario and identify substantial variations. Our research elucidates the impact of the magnetic charge parameter q on multiple physical parameters of the black hole and offers a comprehensive comparison with the Schwarzschild black hole solution.