  The bending of flow of identified particles from the relativistic heavy-ion
collision is investigated using the iEBE-VISHNU framework. The Maxwell's
equations are applied to compute the incremental drift velocity and the change
in the elliptic flow of particles from the four sources of the electric force,
which are of coulomb (EC), Lorentz (EL), Faraday (EF) and Plasma-based. We find
out that the field evolution arouses flow at lower transverse momentum and
suppresses it at higher. Heavier particles get higher initial push, and
particles and their anti-particles get crudely the same elliptic flow changes.
Moreover, elliptic flow is found to show different percentage increase for
different collision energies. To conclude, the present study shows that besides
the inclusion of electromagnetic fields, the increase in collision energy
affects the elliptic flow of particles in a non-uniform fashion throughout the
evolution. Further study by softening many of the crude assumptions we made and
keeping the functionality of parameters is needed to establish a better
understanding of the electromagnetic field evolution and its effects on the
created system.
