  We present simulation results of the ground state structure and dynamics of
quantum droplets in one-dimensional spin-orbit coupled binary Bose-Einstein
condensates. We have considered two cases for this analysis, such as (i) the
mean-field term has a vanishingly small contribution utilizing the equal and
opposite inter- and intraspecies interaction and (ii) unequal inter- and
intraspecies interaction. For both cases, it shows remarkably different natures
of the quantum droplet. In the former case, it exhibits bright sech-like
droplet nature, while in the latter case, we find the flattened sech-like shape
of the droplet. Further, we analyze the effect of velocity perturbation on the
dynamics in both cases. For the first case, we find a systematic change from
the solitonic droplet nature to the breathing droplet which finally has a
moving droplet feature upon increasing the velocity. However, the second case
shows similar dynamics except having more dynamically stable features than the
first. Finally, we present various dynamics that ensued in the quantum droplet
due to the quenching of the interaction parameters, coupling parameters or
allowing the droplet to undergo collisions.
