Dissipative spatial structures or patterns form under non-equilibrium conditions when chemical reactions or self-assembly processes are driven far from equilibrium by influx of energy or matter. Therefore, one of the prerequisites to achieve dissipative pattern is the breakdown of kinetic symmetry of a chemical process by the appropriate amount of energy influx as kinetics play most important role in far from equilibrium regime. Reaction-diffusion driven system like Turing pattern (TP) or Liesegang pattern (LP) are known examples of this kind of structures/patterns. Importantly, both TP and LP have relevance in understanding biological pattern (for example, morphogenesis, skin stripes to fingerprint) to geochemical patterns (for example -oscillatory zoning during magma crystallization, planetary orbit system). Recently, chemists also generated LP in several synthetic systems based on nanoparticle assembly in hydrogel matrix mediated by pH gradient or modulating the surface charge of interacting species to achieve stationary inhomogeneous but controlled distribution of particle deposition in space. In this context, spatial transport can also be governed by applying energy in addition to diffusion. Therefore, many metastable or transiently stable state in a chemical process can be transported by applying energy and thus information can be stored in a different zone. This can be, of relevance, in getting multiple diversified off-spring from one common ancestor relevant to Darwinian evolutionary aspect. On the other hand, in an equilibrium system (without input of external energy) stabilization of such short-lived states which may be of high energy as well as functionally organized seems improbable. Overall, in the context of origin of life and evolutionary scenario, this fact of stabilizing far from equilibrium intermediate forms is highly recognized. In this manuscript, we explored by applying electric energy of different amplitude, how information of a multiple short-lived states pertinent to a transient assembly process can be trapped in different zone.