… large synthetic workload to survey new materials. In this work, we use automated synthesis
to … by single-molecule characterization of charge transport. Our results show that molecular …

… amenable to intermolecular charge transport by leveraging … These blocks are iteratively
coupled in our automated … In order to navigate this space, automated synthesis is coupled …

… outcome of many different synthesis pathways beyond … synthesis, thousands of molecules
can be synthesized. This in turn should allow ambitious research, eg, finding novel synthesis …

… automation, robotics and computer science together with current approaches in chemistry,
materials synthesis … screening, automated synthesis planning, automated laboratories and …

… Therefore, in the absence of improved in-lab diffractometers, we suggest that an
automated synthesis platform can potentially replicate the information gained from in situ …

… automation for both assembly and analysis (through an ad‐hoc developed K‐means clustering
algorithm) facilitates a workflow wherein the synthesis … The presented synthetic strategy is …

… In addition to the benefits of flow chemistry, automating synthesis platforms can assist the
human experimenter and overcome other outstanding issues. For example, typical published …

… for automated synthesis via iterative Suzuki–Miyaura cross-coupling reactions. This automated
synthesis … as transferring those same actions to an automated system, and there may be …

… are presented using an automated analysis of mass transport. Significant decrease in ion …
We believe that our presented method for the automated recording of analyte transport in …

… Material scientists can synthesize many organic … designers, discovering carrier transport
parameters becomes a … such as charge carrier mobility or accurate transport levels (IP/EA) …