**Author details**

Jiatao Zhang\* , Muwei Ji, Jiajia Liu and Meng Xu

\*Address all correspondence to: zhangjt@bit.edu.cn

Beijing Key lab of Construction Tailorable Advanced Functional Materials and Green Applications, School of materials and Engineering, Beijing Institute of Technology, Beijing, China

## **References**


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exploitation of unconventional properties and functionalities stemming from properly engineered heterostructures with tailored interfaces and structural features. It can also be expected that some recent new synthesis strategy, such as the reaction between coordinat‐ ed cation ions and semiconductor nanostructures (core/shell, heterodimers, doped NCs), nonepitaxial growth of metal/semiconductor core/shell, and heterodimers will speed up the precise photocatalysts synthesis and design. The new mechanism of photocatalysis, such as plasmon-enhanced photocatalysis, the synergistic cooperation of plasmonic metals, and cocatalysts based on well-defined interface will also boost each of them to an unprecedent‐

ed level of catalytic performance.

, Muwei Ji, Jiajia Liu and Meng Xu

Beijing Key lab of Construction Tailorable Advanced Functional Materials and Green Applications, School of materials and Engineering, Beijing Institute of Technology, Beijing,

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