James Sethian, UC Berkeley:
"Mathematics of Soap Bubbles"
John Hartwig, UC Berkeley:
Catalysts: speeding up technological progress
David Mooney, Harvard University:
Biomaterials: replace or complement pharmaceuticals?
Sabine Schmidtke, FU Berlin
Thomas Levin, Princeton University
Gitta Kutyniok, TU Berlin
Wendelin Werner, Université Paris-Sud
Raymond Dolan, University College London
Adele Goldberg, Princeton University
Craig Calhoun, New York University
Roger Traub, Watson Research Center
Outstanding academics present their findings to the Berlin public.
26 June 2013, 7:00 pm
Catalysts: Speeding up technological progress
Lecture and discussion with John F. Hartwig, Einstein Visiting Fellow and Professor of Chemistry at the University of California, Berkeley
Catalysts are among the most important driving forces behind the technological achievements of our present age. The abundance of fresh food at our stores, the beginnings of green energy, and the new pharmaceuticals we use to treat disease depend on chemical reactions accelerated by catalysts. How well can we design a new catalyst or a needed catalytic reaction? This question is widely viewed as central to the whole field of synthetic chemistry. Einstein Visiting Fellow John F. Hartwig and his research group seek to invent new catalysts that contain a metal atom as the central and reactive element. But even more importantly, they try to develop the general principles by which such catalysts can be designed and the strategies by which the discovery process can be improved. In his lecture John F. Hartwig will present important catalysts already used or recently designed in his group.
John F. Hartwig is Professor of Chemistry at the University of California, Berkeley, and ranked among the 200 most influential chemists of the world. The work of his research group focuses on discovering and understanding new reactions that are catalysed by transition metal complexes. John Hartwig has joined the Cluster of Exellence “UniCat – Unifying Concepts in Analysis” at the Technical University Berlin as an Einstein Visiting Fellow in 2011. The cluster aims at unifying the concepts of homogeneous, heterogeneous and biological catalysis.
Einstein Visting Fellow
The aim of the funding programme “Einstein Visiting Fellow” of the Einstein Foundation Berlin is to integrate outstanding foreign scientists into the Berlin research landscape.