Michael J. Bennison
Papers
1
Total Citations
215
H-Index
1
About
Michael J. Bennison is a leading figure in supramolecular chemistry, whose work bridges computational discovery and automated synthesis to unlock new molecular architectures. His research centers on the high-throughput exploration of complex organic structures, particularly organic cages and mechanically interlocked molecules like catenanes. Bennison’s major contribution lies in fusing computational screening with robotic synthesis, a paradigm-shifting approach that accelerates the discovery of functional supramolecular materials. His landmark 2018 paper, which has garnered over 215 citations, demonstrates how this integrated strategy can navigate vast synthetic spaces to identify novel assemblies that would be impractical to target through traditional design. This work not only showcases the power of automation in chemistry but also provides a blueprint for discovering new topologies and properties. Bennison’s achievements highlight his role in advancing the field toward data-driven, high-throughput methodologies, making him a key innovator in the quest to build complex molecular systems with precision and efficiency.
Research Focus
Key Achievements
Top Papers
- 1