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Excited to share our latest work in #MolecularStrainEngineering: π-Diamond, the first-ever 3D diamondoid superstructure driven solely by π-interactions, published in Angewandte Chemie. So proud of the SOFA Lab Kejiang Liang Zheng-Bin Tang Westlake University! Read:

Zhichang Liu

5,344 subscribers

217,207 views • 2 years ago •via X (Twitter)

Education Health & Wellness Science & Technology #MolecularStrainEngineering

Anya Rossi• Live Now

Private livecam show

8 Comments

Zhichang Liu2 years ago

This work extends our previous research on molecular-strain engineering of double-walled tetrahedra, focusing on molecular tension engineering to control π-driven assembly of superstructures. Read:

GC Wu2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni “Sofa shape” molecules stack together forming π-diamond. The design from the SOFA Lab is SO FAbulous as always!

Zhichang Liu2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni I like it😀

Kecheng Jie2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni Congrats! Lucky to hear this one at ISMSC2024, especially as your talk chair😉

Zhichang Liu2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni Thanks a lot, Kecheng!!!

Zhichang Liu2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni Thank you very much for your kind words, Alexey!

Yang Zhang2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni Great work, congrats Zhichang!

Zhichang Liu2 years ago

@angew_chem @LLLLLJ57452613 @TzzzzB_ @Westlake_Uni Thanks a lot, Buddy.

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