Isolated atoms featuring unique reactivity are at the heart of enzymatic and homogeneous
catalysts. In contrast, although the concept has long existed, single-atom heterogeneous …

Developing highly efficient electrocatalysts with low cost is critical for the wide‐spread
application of sustainable and renewable energy conversion technologies. Single‐atom …

Existing polyamide (PA) membrane synthesis protocols are underpinned by controlling
diffusion-dominant liquid-phase reactions that yield subpar spatial architectures and …

Atomically dispersed transition metals confined with nitrogen on a carbon support has
demonstrated great electrocatalytic performance, but an extremely low concentration of …

Nonprecious metal single‐atom materials have attracted extensive attention in the field of
electrocatalysis due to their low cost, high reactivity, high selectivity, and high atomic …

Advanced battery systems with high energy density have attracted enormous research
enthusiasm with potential for portable electronics, electrical vehicles, and grid‐scale …

Stretchable conductive materials, a critical building block of soft electronics, typically require
multiple components that synergistically contribute good mechanical, electrical, and …

Decorating single atoms of transition metals on MXenes to enhance the electrocatalytic
properties of the resulting composites is a useful strategy for developing efficient …

Dual-atom catalytic sites on conductive substrates offer a promising opportunity for
accelerating the kinetics of multistep hydrogen and oxygen evolution reactions (HER and …

In a bid to tackle the degrading climate conditions, the new age research in catalysis is
predominantly focused on sustainable technologies associated with renewable energy …