Caryn Davies
Olympic Champion | Founder, Podium Law | Leadership and Team Performance Keynote Speaker
2025 Nobel Laureate in Chemistry | University Professor, UC Berkeley | Inventor of Reticular Chemistry & MOFs | Founder, Atoco & H2MOF
Omar Yaghi won the 2025 Nobel Prize in Chemistry for inventing an entirely new branch of science — reticular chemistry — and the molecular sponges, called MOFs, that can harvest water from desert air, capture carbon, and store clean fuels. A University Professor at UC Berkeley and founder of two deep-tech startups, Yaghi shows leaders how designed materials are becoming the defining platform for solving the planet's greatest crises.
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Omar Yaghi is the 2025 Nobel Laureate in Chemistry and the inventor of an entirely new branch of science — reticular chemistry — that is now being deployed to address some of the most urgent challenges facing the planet: water scarcity, carbon emissions, and the transition to clean energy. As University Professor and James and Neeltje Tretter Endowed Chair in Chemistry at the University of California, Berkeley, and founding director of the Berkeley Global Science Institute, Yaghi has built a body of work as scientifically profound as it is practically consequential.
Nobel Prize speaker Omar Yaghi is best known for pioneering metal–organic frameworks, or MOFs — porous, crystalline materials constructed by linking metal ions with organic molecules to form structures riddled with precisely engineered cavities. These “molecular sponges,” as the Nobel Committee described them, can be tuned to selectively capture carbon dioxide from industrial emissions, harvest drinking water directly from desert air, store hydrogen and methane for clean fuel applications, and safely contain toxic gases. Over 100,000 distinct MOF structures have been synthesized to date — an entire universe of new materials unlocked by one foundational idea. Yaghi’s research has generated more than 300 peer-reviewed publications, amassed over 250,000 citations, and earned him an h-index of 190, making him one of the most cited chemists in history.
His work spans three landmark classes of materials: MOFs (metal–organic frameworks), COFs (covalent organic frameworks), and ZIFs (zeolitic imidazolate frameworks) — all of which hold record-breaking internal surface areas and form the backbone of a new materials science industry. To commercialize these breakthroughs, Yaghi co-founded Atoco, focused on carbon capture and atmospheric water harvesting, and H2MOF, targeting hydrogen storage for clean energy applications.
Yaghi’s journey to the Nobel Prize is one of the most remarkable in modern science. Born in Amman, Jordan, to a Palestinian refugee family of ten children living in a single room without electricity or running water, he emigrated alone to the United States at age fifteen, enrolling in community college in Troy, New York with limited English. He went on to earn his Ph.D. in chemistry from the University of Illinois at Urbana-Champaign in 1990 and completed an NSF Postdoctoral Fellowship at Harvard, before building one of the most influential research careers in the world. His honors include the Wolf Prize in Chemistry, the Albert Einstein World Award of Science, the VinFuture Prize, the 2024 Tang Prize in Sustainable Development, and the 2025 Von Hippel Award of the Materials Research Society. He is elected to the U.S. National Academy of Sciences, the German National Academy of Sciences Leopoldina, and was promoted in 2025 to University Professor — UC Berkeley’s highest academic distinction.
As a speaker, Omar Yaghi is in a category of his own: a Nobel laureate whose science addresses not one but several of the world’s existential crises simultaneously, and whose personal story of transformation from material scarcity to scientific abundance gives every talk extraordinary human resonance. Audiences leave with a clear-eyed understanding of how materials chemistry is becoming a linchpin technology for the energy transition and water security, and why the era of designed materials — built atom by atom to specification — is only just beginning.
For most of history, scientists discovered materials rather than designed them. Omar Yaghi changed that. This keynote traces the birth of reticular chemistry — the science of stitching molecular building blocks into crystalline frameworks with strong, precise bonds — and shows how this foundational idea has spawned over 100,000 new materials with applications in carbon capture, water harvesting, clean fuel storage, and beyond. Audiences gain a vivid sense of why the ability to design matter at the atomic scale is one of the most consequential technological capabilities humanity has ever developed.
Nearly two billion people lack reliable access to clean drinking water. Omar Yaghi's laboratory has developed MOFs capable of pulling water directly from desert air — even at humidity levels as low as 7% — using only low-grade heat. Compact harvesters built on this technology can already produce liters of drinking water per day off-grid. This talk explores the science behind atmospheric water harvesting, the path from lab to deployment, and the broader vision of a world where water scarcity becomes a solvable engineering problem rather than an unavoidable tragedy.
The scale of the carbon removal challenge is staggering — and conventional approaches alone are nowhere near sufficient. Yaghi explores how MOFs and COFs are emerging as powerful tools for capturing carbon dioxide directly from industrial flue gases and ambient air, and how his company Atoco is working to bring these solutions to scale. This session provides decision-makers in energy, industry, and finance with a grounded, scientifically rigorous view of where materials chemistry fits in the broader portfolio of climate solutions — and why designed materials may be the underappreciated linchpin of the energy transition.
Growing up in a refugee family in Jordan without electricity or running water, Omar Yaghi built the field of reticular chemistry from scratch — and now directs a global network of research centers in developing countries through the Berkeley Global Science Institute. This talk weaves together his personal journey, his scientific philosophy, and his conviction that curiosity-driven research, made universally accessible, is the most powerful force for human advancement. Deeply inspiring for leadership, innovation, and purpose-driven audiences, it offers a vision of science not just as discovery, but as a form of justice.
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