Modern proton exchange membrane water electrolyzers rely on noble metal
electrocatalysts. The application of Ir and Pt in such electrolyzers is considered a …

Copper antimony sulfides are regarded as promising catalysts for photo‐electrochemical
water splitting because of their earth abundance and broad light absorption. The unique …

The experimental high-throughput (HT) exploration for a suitable solar water splitting
photoanode has greatly relied on photoactivity as the sole descriptor to identify a promising …

High-entropy alloys are claimed to possess superior stability due to thermodynamic
contributions. However, this statement mostly lies on a hypothetical basis. In this study, we …

Common high-throughput (HT) approaches rapidly assess the activity of electrocatalyst
libraries toward electrochemical conversion reactions. The short time regime on which …

Experimental catalyst optimization is plagued by slow and laborious efforts. Finding
innovative materials is key to advancing research areas for sustainable energy conversion …

With the growing interest of the electrochemical community in high-throughput (HT)
experimentation as a powerful tool in accelerating materials discovery, the implementation …

Operational durability is poorly characterized by traditional (photo) electrocatalyst discovery
workflows, creating a barrier to scale‐up and deployment. Corrosion is a prominent …

Automated platforms assessing the stability of electrocatalysts are key to accelerate the
deployment of clean energy technologies. Here, we present a robust system that allows the …

The electrochemical conversion of carbon dioxide to chemicals and fuels is expected to be a
key sustainability technology. Electrochemical carbon dioxide reduction technologies are …