Cirque de heterocycle
Under the covers
Heterocycles are ring-shaped molecules that contain atoms other than carbon and hydrogen as part of the main ring structure. Stephen Hashmi, of Ruprecht-Karls-Universität Heidelberg, and artist Svetlana Tšupova explain their heterocycle-inspired cover.
Stephen: Gold as a catalyst allows us to conduct new and highly unusual conversions. In this publication we report the combination of two easily available building blocks to form interesting heterocycles. Such types of heterocycles form the core of many pharmaceuticals.
Our interest is driven by both the desire to develop new synthetic methods and mechanistically understand them as well as to contribute to the progress of organic synthesis. Efficiency and selectivity are important key factors here.
From the art desk
Svetlana: To me, the use of a 6-membered cycle as a reaction partner was the key feature, so I thought it should be centre of the picture. The exchange of molecular fragments can be metaphorically interpreted as a dance. Therefore, the three ballerinas was a straightforward representation for me. The gold catalysis was more difficult to fit to the theme.
In the end, I decided to combine everything together under the umbrella of performance arts, the gold catalysis and one starting material as the circus and the interesting 6-membered reaction partner as the ballet. The result is the mixing of the two arts (the Harlequin is dancing with ballerinas now) and the formation of something interesting for both ballet and circus lovers.
As I like painting and drawing, I always do my cover designs the old-fashioned way: on paper and touch it up digitally afterward.
My very first sketch (see below), was a quick drawing with the aim of conveying the general concept to the research authors and formed the basis of further discussion with them. As you can see, in this case the authors wanted to highlight gold further, and therefore in the final version one of the Harlequins is on the golden ball. It is not very stable position for a person and I think it reflects activation of triple bond with gold catalyst perfectly.
Read the article
Zeng et al, Chem. Commun., 2017, DOI: 10.1039/C7CC00789B
This image appears on the front cover of Chemical Communications, 2017, Issue 31.
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