Development of Highly Effective Zinc Indium Sulfide-Based Photocatalytic System for Solar-Driven Overall Water Splitting

Solar energy, the most abundant yet underutilised renewable resource, stands as the quintessential focal point for technological innovation in response to escalating global energy demand and environmental concerns. Solar-driven water splitting, driven by light-activated photocatalysts, holds the promise of harnessing solar energy to produce clean hydrogen fuel. This study delves into the exploration and development of a highly efficient zinc indium sulfide-based photocatalytic system, from both experimental investigations and computational analyses, to realise ambient solar-driven water splitting to generate hydrogen as an ideal substitute for fossil fuels.