Papers
5
Total Citations
246
H-Index
5
About
Renzo M. Paulus is a polymer chemist whose research sits at the intersection of controlled radical polymerization and high-throughput experimental methodology. His work has made significant contributions to the development and optimization of modern living polymerization techniques, most notably Reversible Addition-Fragmentation Chain-Transfer (RAFT) polymerization and nitroxide-mediated radical polymerization (NMP). Paulus pioneered the application of automated parallel synthesis platforms to systematically screen polymerization parameters across multiple monomer systems simultaneously, dramatically accelerating the discovery and optimization of synthetic polymer chemistry workflows. His most influential contribution — a systematic parallel investigation of RAFT polymerizations across eight different (meth)acrylates (2005, 80 citations) — established a robust foundation for the rational design of block and random copolymers with tailored properties. Complementary work on NMP optimization using automated synthesizers (2006, 60 citations) further demonstrated the power of robotic high-throughput experimentation in eliminating human handling errors and generating reliable kinetic data. His broader efforts to extend these approaches to anionic polymerization and process development (52 citations) helped establish high-throughput experimentation as a legitimate and productive paradigm in synthetic polymer science, offering future researchers a faster, more systematic route to precision macromolecular design.
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