S.J. Schofer
Papers
1
Total Citations
27
H-Index
1
About
S.J. Schofer’s research career is defined by a distinctive blend of organometallic chemistry and high-throughput experimentation, with a particular focus on palladium catalysis and the structural surprises that emerge from systematic screening. Their most cited work, “Robotic Lepidoptery” (2009, 27 citations), exemplifies this approach: during a high-throughput search for optimal bidentate ligand–Pd(II) carboxylate combinations for oxidation catalysis, Schofer and colleagues crystallographically characterized a series of unexpected palladium complexes. The paper’s playful title belies its serious contribution—revealing that the road to catalyst discovery is often paved with structural serendipity. By documenting these “mostly unexpected” products, Schofer provided the community with a valuable cautionary and instructive dataset on the true speciation in catalytic mixtures. This work stands as a testament to Schofer’s skill in marrying automation with fundamental inorganic characterization, offering a model for how robotic screening can uncover not just active catalysts, but also the hidden coordination chemistry that governs their behavior. Their contributions continue to inform researchers navigating the complex interplay between ligand design, metal coordination, and catalytic performance.
Research Focus
Key Achievements
Top Papers
- 1