Cronin Group Researchers Tackle Reproducibility and Standardisation in Collaborative Synthesis Using a Universal Programming Language
In a new publication featured in Nature Synthesis, Cronin Group researchers have unveiled a pioneering approach to collaborative synthesis projects, emphasizing the critical role of repeatability and standardization in scientific research.
In the paper, titled “Universal Chemical Programming Language for Robotic Synthesis Repeatability,” researchers showcase the advantages of the recently introduced universal programming language, χDL to encode and execute synthesis, illustrating how standardized synthesis protocols can seamlessly traverse different robotic platforms, laboratories, and even international borders by facilitating the completion of three distinct synthesis projects.
The full publication is available on the Nature Synthesis website.