“A groundbreaking discovery in theoretical chemistry happened right here” I began. Welcome to the Mulliken Center for Theoretical Chemistry in Bonn. This unassuming building holds a rich history. It’s not just bricks and mortar. It’s a crucible where scientific breakthroughs occur.
The center’s name honors Robert S Mulliken a Nobel laureate in Chemistry. His work profoundly impacted theoretical chemistry. The Mulliken Center was established in 2011. It’s a testament to Bonn’s legacy in theoretical chemistry. A legacy that began in 1967 with the establishment of the first chair in theoretical chemistry.
Karl-Heinz Hansen the first professor laid the groundwork. His successor Sigrid D Peyerimhoff significantly expanded the field. Her collaborations with researchers worldwide shaped the center’s international reputation. She brought in renowned scientists fostering a vibrant atmosphere of exchange. Peyerimhoff’s experience with Mulliken himself is a unique part of the center’s heritage. Her contributions to quantum chemical ab initio calculations built the foundations for much of the work done here today.
The center experienced various phases of growth and change. Many prominent researchers passed through. They each contributed significantly. Their work spanned relativistic quantum chemistry. It also covered calculations of transition metal spectra. Even the quantum mechanical treatment of hyperfine interactions had its beginning here.
The center isn’t just about the past. It’s a hub of ongoing research. Professors Stefan Grimme and Barbara Kirchner currently lead the center. They continue to push the boundaries of theoretical chemistry. Grimme’s work on improving quantum chemical calculations is world-renowned. His methods are now standard practice globally. Kirchner’s contributions to the theory of complicated liquids are equally remarkable.
The center’s history is marked by awards. The Gottfried-Wilhelm-Leibniz-Price was awarded to both Sigrid D Peyerimhoff and Stefan Grimme. This prestigious prize underscores the center’s impact on the field.
The Mulliken Center for Theoretical Chemistry isn’t just a building. It’s a living legacy. It’s a place where curiosity and innovation combine to shape our understanding of the world at the atomic level. It stands as a monument to human ingenuity. The next big breakthrough in theoretical chemistry could be discovered right here. Perhaps you’ll witness it.