The quest to identify precious metal free hydrogen evolution reaction catalysts has received
unprecedented attention in the past decade. In this Review, we focus our attention to recent …

Nanocarbons, widely and commonly used as supports for supported Pt-based
electrocatalysts in PEMFCs, play a significant role in Pt dispersion and accessibility, further …

Carbon dioxide (CO2) is one of the main causes of global warming, with the burning of fossil
fuels being the main source of anthropogenic CO2. For this reason, the capture and …

The main challenges in catalysis are high activity, selectivity, cost efficiency, and stability. In
industrial processes, stability in particular is of pressing concern, and its importance has …

Transition metal nitrides have shown promise as electrocatalysts in proton exchange
membrane fuel cells and electrolyzers, but the instability of these nitrides in acid has limited …

MXenes have gained significant attention, particularly Ti3C2Tz, as materials with favorable
properties for energy storage and conversion applications. The overwhelming majority of …

Core–shell architectures provide great opportunities to improve catalytic activity, but
achieving nanoparticle stability under electrochemical cycling remains challenging. Herein …

The use of a variety of thermodynamic and electronic properties as descriptors to obtain
simple correlations in electrocatalysis is a popular strategy. However, due to the complexity …

The stability of nanoparticles is a major challenge in thermal and electrocatalysis. This is
especially true for core‐shell nanoparticles where only a few monolayers of noble metal …

Self-supported electrocatalytic thin films consist 3D conducting network and well-embedded
electrocatalysts, which endows the advantage in mass flow kinetics and durability for large …