Year |
Professor |
Home institution |
Subject |
2019
|
Professor Frances Arnold
2018 Nobel Laureate
|
California Institute of Technology
|
Innovation by Evolution: Bringing New Chemistry to Life
|
2018
|
Professor Krzysztof Matyjaszewski
|
Carnegie Mellon University
|
Macromolecular Engineering by Taming Free Radicals
|
2017
|
Professor Sir Christopher Dobson
|
University of Cambridge
|
The Amyloid State of Proteins and its Significance in Biology and Medicine
|
2016
|
Professor Arieh Warshel
2013 Nobel Laureate
|
University of Southern California
|
Modeling the action of complex biological systems on a molecular level
|
2015
|
Professor Samir Zard
|
Ecole Polytechnique
|
Fun with Radicals. A Matter of Lifetime
|
2014
|
Professor Dame Carol Robinson
|
University of Oxford
|
Membranes, Micelles and Motors – Maintaining the Momentum
|
2013
|
Professor Sir Fraser Stoddart
2016 Nobel Laureate
|
Northwestern University
|
New Twists and Turns in Radical Organic Chemistry
|
2012
|
Professor Dan Shechtman
2011 Nobel Laureate
|
Technion, Haifa
|
The Discovery of Quasi-periodic Materials. A Paradigm Change in Crystallography
|
2011
|
Professor Barry Trost
|
Stanford University
|
On the Invention of Pd Catalyzed Reactions for Enabling Chemical Synthesis
|
2010
|
Professor Steven Ley
|
University of Cambridge
|
New Tools for Molecule Makers
|
2009
|
Professor Daniel G. Nocera
|
Henry Dreyfus Professor of Energy, Massachusetts Institute of Technology
|
Powering the planet: the challenge for science in the 21st century
|
2008
|
Professor Thomas A. Steitz
2009 Nobel Laureate
|
Yale University, Bass Center for Molecular and Structural Biology
|
The structural basis of the function of the ribosome and its large subunit, a major antibiotic target
|
2007
|
Professor Richard R. Schrock
2005 Nobel Laureate
|
Massachusetts Institute of Technology
|
The Discovery and Development of Alkene and Alkyne Metathesis Reactions
|
2006
|
Professor Michael Graetzel
|
Ecole Polytechnique de Lausanne, Switzerland
|
Light and energy, mimicking natural photosynthesis
|
2005
|
Professor Roger Tsien
2008 Nobel Laureate
|
University of California, San Diego
|
Building and breeding molecules to spy on cells and tumors
|
2004
|
Professor Robert H Grubbs
2005 Nobel Laureate
|
Victor & Elizabeth Atkins Professor of Chemistry, Caltech
|
Ruthenium-based catalysts for olefin metathesis
|
2003
|
Professor Sir Harry Kroto
1999 Nobel Laureate
|
University of Sussex
|
2010, a nanospace odyssey
|
2002
|
Professor Peter G Schultz
|
Scripps Research Institute, La Jolla
|
Expanding the genetic code
|
2000
|
Professor David A Evans
|
Harvard University
|
Asymmetric catalysis with chiral metal complexes
|
1999
|
Professor Hubert Schmidbaur
|
Technische Universität München
|
Gold chemistry: from alchemy to relativity and back
|
1998
|
Professor Arthur Kornberg
1959 Nobel Laureate
|
Stanford University School of Medicine
|
Science and medicine at the millennium
|
1997
|
Professor Peter Day
|
The Royal Institution of Great Britain
|
What is a material?
|
1996
|
Professor Jean-Marie Lehn
1987 Nobel Laureate
|
Université Louis Pasteur, Strasbourg and College de France, Paris
|
Supramolecular chemistry: concepts and perspectives
|
1995
|
Professor Robert G Bergman
|
University of California, Berkeley
|
Activation of hydrocarbons with transition metal compounds
|
1994
|
Professor John S Rowlinson
|
Oxford University, UK
|
Entropy and Information
|
1993
|
Professor Alex Pines
|
University of California and Lawrence Berkeley Laboratory
|
Some magnetic moments
|
1992
|
Professor Sir John M Thomas FRS
|
Formerly Director, Royal Institution London, Deputy Pro Chancellor, University of Wales
|
New catalysts for a clean environment
|
1991
|
Professor Jeremy Knowles
|
Harvard University
|
Enzyme catalysists: not different, just better
|
1990
|
Professor Ryoji Noyori
2001 Nobel Laureate
|
Nagoya University
|
Asymmetric catalysis: science and opportunities
|
1989
|
Professor J D Dunitz
|
Eidgenössische Technische Hochschule, Zürich
|
Chemical reaction paths from crystal structure data
|
1988
|
No lecture
|
|
|
1987
|
Professor Gilbert Stork
|
Columbia University, New York
|
Radical cyclisation in natural product synthesis
|
1986
|
Professor Roald Hoffmann
1981 Nobel Laureate
|
|
Building bridges between organic and inorganic chemistry
|
1985
|
Professor Rudolph A Marcus
1992 Nobel Laureate
|
California Institute of Technology
|
Electron transfer reactions: theory and experiment
|
1984
|
Professor Elias J Corey
1990 Nobel Laureate
|
Harvard University
|
Total synthesis of biologically active molecules
|
1983
|
Professor Henry Taube
1983 Nobel Laureate
|
Stanford University
|
Back bonding as it affects reactivity
|
1982
|
Professor J A Pople
1998 Nobel Laureate
|
Carnegie-Mellon University
|
Obital theory, structure and reactivity
|
1981
|
Professor A Eschenmoser
|
Eidgenössische technische hochschule, Zürich
|
Organic synthesis and the origin of natural products
|