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Kurt Wüthrich
2002 Nobel Laureate in Chemistry | Professor of Biophysics, ETH Zürich | Green Professor of Structural Biology, Scripps Research | Pioneer of Protein NMR
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Kurt Wüthrich gave science a way to see proteins as they exist in the body, a Nobel Prize-winning NMR advance that now shapes drug design worldwide. Few laureates still lead active labs; he does so in Switzerland, California, and Shanghai, studying receptors behind many of today's medicines. On stage, he connects molecular discovery to real-world progress and gives leaders in science, health, and innovation a clear case for long-term research.
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Kurt Wüthrich biography
Swiss biophysicist Kurt Wüthrich changed the way science sees the molecules of life. Nobel Prize speaker Kurt Wüthrich developed the methods that allow researchers to determine the three-dimensional structure of proteins in solution, close to the conditions inside a living cell, using nuclear magnetic resonance (NMR) spectroscopy. That capability now supports structural biology, drug design, and biomedical research around the world.
Before his work, NMR could describe small molecules but failed with large biological ones, whose signals overlapped beyond interpretation. Wüthrich and his group at ETH Zürich solved the problem step by step: they devised a systematic way to assign each NMR signal to a specific hydrogen atom in a protein, used the nuclear Overhauser effect to measure distances between atoms, and combined these data to calculate complete protein structures. The achievement earned him a share of the 2002 Nobel Prize in Chemistry. His groups later used transverse relaxation-optimized spectroscopy (TROSY) to extend solution NMR to much larger molecular assemblies.
A Nobel Laureate Still in the Laboratory
Wüthrich earned his PhD at the University of Basel, joined ETH Zürich in 1969, and became Professor of Biophysics there in 1980. He is also the Cecil H. and Ida M. Green Professor of Structural Biology at Scripps Research in La Jolla, California, and leads NMR research at the iHuman Institute of ShanghaiTech University, where his team studies how G protein-coupled receptors (GPCRs) transmit signals across cell membranes. Because GPCRs are the targets of a large share of modern medicines, this work bears directly on drug discovery. At Scripps and ETH Zürich, his projects address healthcare in aging societies, including how sarcopenia affects healthspan.
His honors include the Kyoto Prize in Advanced Technology, the Louisa Gross Horwitz Prize, the Louis-Jeantet Prize for Medicine, the Marcel Benoist Prize, the Otto Warburg Medal, and the Bijvoet Medal. He is a Foreign Member of the Royal Society and the author of NMR of Proteins and Nucleic Acids, an influential monograph in the field.
As a speaker, Kurt Wüthrich brings the authority of a Nobel laureate who still leads active research groups on three continents. He explains how structural biology works, what it has made possible in medicine and pharmaceuticals, and why curiosity-driven research produces breakthroughs no one planned. For audiences in science, healthcare, biotech, and innovation policy, he offers a firsthand account of how fundamental discovery becomes practical progress.
Kurt Wüthrich Speaking Videos
Kurt Wüthrich - Physics Principle of Nuclear Magnetic Resonance in the Life Sciences
Kurt Wüthrich - A life-long pursuit of scientific breakthroughs
Kurt Wüthrich Speaking Topics
Proteins drive nearly every process in the body, yet for decades their shapes in solution could not be seen. Wüthrich recounts how his group turned NMR spectroscopy from a tool for small molecules into a method for solving complete protein structures, the work recognized with the 2002 Nobel Prize in Chemistry. He explains the technical obstacles, the persistence it took to overcome them, and how the method became a standard instrument in laboratories and research centers worldwide.
Effective drugs depend on fitting the right molecule to the right target. In this talk, Wüthrich shows how knowing a protein's three-dimensional structure, and how that structure moves, guides the design of new therapies. Drawing on his current research into G protein-coupled receptors at ShanghaiTech University, he explains why this receptor family matters so much to the pharmaceutical industry and what structural biology reveals about how drug molecules change receptor signaling. Relevant for executives, researchers, and investors in pharma, biotech, and healthcare.
No one commissioned protein NMR to solve a commercial problem, yet it now supports a global drug discovery industry. Wüthrich uses his own career to show how question-driven science produces results that targeted programs rarely anticipate. He outlines what universities, companies, and governments can do to protect long-term research, attract talent, and keep international scientific collaboration strong.
As populations age, conditions such as sarcopenia, the gradual loss of muscle mass and strength, place growing pressure on health systems and families. Wüthrich discusses his current projects on healthcare in aging societies, what molecular research can reveal about these conditions, and where the most promising scientific questions lie. Audiences hear a Nobel laureate speak about open problems he is working on now, not only about past achievements.
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FAQs on Booking Kurt Wüthrich
Kurt Wüthrich offers event organizers a rare combination: a Nobel Prize in Chemistry, a method that changed how medicines are discovered, and a research career that remains active today. His groups at ETH Zürich, Scripps Research, and ShanghaiTech University continue to work on GPCR signaling and healthy aging, so his talks speak to both the history and the future of biomedical science. He is a strong fit for pharmaceutical, biotech, academic, and innovation audiences that want scientific depth from a primary source. Contact Aurum Speakers Bureau to check his availability for your event.
Kurt Wüthrich received half of the 2002 Nobel Prize in Chemistry for his development of nuclear magnetic resonance spectroscopy for determining the three-dimensional structure of biological macromolecules in solution. The other half went to John B. Fenn and Koichi Tanaka for mass spectrometry methods. His approach allowed scientists to study proteins in a liquid environment similar to that of living cells, complementing X-ray crystallography and revealing how proteins move as well as how they are shaped.
G protein-coupled receptors (GPCRs) are the largest family of membrane receptors in the human body. They relay signals such as hormones, neurotransmitters, and light from outside the cell to the inside, and they are the targets of roughly a third of approved drugs. Understanding how these receptors change shape when a drug binds helps researchers design more precise medicines with fewer side effects. Kurt Wüthrich's group uses NMR to observe these dynamics in solution. To bring this perspective to your conference, book speaker Kurt Wüthrich through Aurum Speakers Bureau.
Nobel laureates in science are especially effective at corporate R&D summits, pharmaceutical and biotech leadership meetings, university milestones, medical congresses, and innovation or science policy forums. They bring credibility that few speakers can match, and the best of them translate complex research into clear lessons about discovery, persistence, and long-term investment. Many organizations pair a laureate keynote with a moderated Q&A or panel to get the most from the session. Aurum Speakers Bureau can help you select the right Nobel Prize speaker for your audience and format.
Aurum Speakers Bureau can help you book Kurt Wüthrich as a speaker for your next event, conference, or board meeting. Simply fill out our contact form to inquire about Kurt Wüthrich's availability for a speaking engagement. One of our booking agents will respond to your request immediately and contact the speaker to let them know you want to hire them. We will assist you with obtaining speaking fees, booking information, and confirming availability for Kurt Wüthrich or any other top keynote speaker or celebrity of your choice.
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