Photocatalytic conversion of greenhouse gas CO 2 into valuable solar fuels represents a
promising technology for addressing the global energy crisis and environmental issues …

Photocatalysts with metal single atoms (SAs) as active sites have attracted widespread
interest owing to their maximum atomic utilization efficiency, well-defined active centers and …

The light‐driven CO2 reduction to multi‐carbon products is especially meaningful, while the
low efficiency of multi‐electron transfer and sluggish C− C coupling greatly hinder its …

Storing solar energy in chemical bonds aided by heterogeneous photocatalysis is desirable
for sustainable energy conversion. Despite recent progress in designing highly active …

Achieving CO2 reduction with H2O on metal photocatalysts and understanding the
corresponding mechanisms at the molecular level are challenging. Herein, we report that …

Selective CO2 photoreduction to hydrocarbon fuels such as CH4 is promising and
sustainable for carbon‐neutral future. However, lack of proper binding strengths with …

Solar‐driven CO2 hydrogenation into multi‐carbon products is a highly desirable, but
challenging reaction. The bottleneck of this reaction lies in the C− C coupling of C1 …

Generation of C2+ compounds from sunlight, carbon dioxide and water provides a
promising path for carbon neutrality. Central to the construction of a rational artificial …

Photocatalytic production of CH4 from CO2 and H2O is recognized as one of the most
sustainable approaches to address the environmental and energy crises. However, this …

Artificial photosynthesis enables direct solar‐to‐chemical energy conversion aimed at
mitigating environmental pollution and producing solar fuels and chemicals in a green and …