Paul Wilhelm Karl Rothemund

Papers

Total Citations

162

H-Index

About

Paul Wilhelm Karl Rothemund is a pioneer in DNA nanotechnology and self-assembly, best known for his groundbreaking work in algorithmic self-assembly and DNA origami. His research focuses on the theoretical and experimental foundations of how simple molecular components can autonomously organize into complex, programmable structures. Rothemund’s major contributions include developing combinatorial optimization models for self-assembly processes, which laid the mathematical groundwork for understanding error tolerance and algorithmic complexity in nanoscale construction. His most-cited paper (2002, 143 citations) explores these optimization problems, demonstrating how self-assembly can be harnessed for applications in circuit fabrication, nano-robotics, and DNA computation. Beyond this foundational work, Rothemund is internationally celebrated for inventing DNA origami—a technique that allows DNA strands to fold into arbitrary nanoscale shapes—though this seminal achievement is not captured in the provided list. His impact is profound, with thousands of citations across his career, and he has received numerous honors, including a MacArthur Fellowship. Rothemund’s work continues to inspire researchers in nanotechnology, synthetic biology, and materials science.