Chem
ReviewDigital Reticular Chemistry
The Bigger Picture
The full potential of linking molecular building units with strong bonds to make extended chemical structures (reticular chemistry) can be unlocked by the development of digital tools of laboratory robotics and artificial intelligence. This digitization leads to faster discoveries that have an impact on society and the articulation of previously unimagined questions. Turning what is typically an empirical practice into a data-driven one promises to transform the current state of affairs in reticular chemistry: researchers making chemical structures and investigating their possible properties rather than targeting a structure for a specific property. The four pillars of digital reticular chemistry—a comprehensive database, computational and experimental discovery cycles, and the human-digital interface—are ideally suited to efficiently generate, test, and implement research ideas into impactful discoveries that improve society at large.