The comprehensive applicability of electrochemistry, and electrochemical reactions, is still restricted due to the current limited in-depth understanding, and lack of experimental tools for the in-depth characterization, of various electrochemical processes of interest. Thus, the discovery and development of novel and innovative scientific and technological avenues towards the understanding of complex electrochemical processes is highly desired and required . Thus, the in-situ spatiotemporal "visualization" of electrochemical processes can represent a major breakthrough in this field of research, and may lead to unveiling yet unexposed fascinating insights in the field . However, it is unfortunate that in-spite of major advancements in the development of optical microscopic techniques, the spatiotemporal dynamic 'visualization' of electrochemical reactions has not yet been demonstrated.