Stoyan Yankov
Former Movie Producer turned Productivity & Performance Consultant, Bestselling Author & Global Keynote Speaker
2023 Nobel Laureate in Physics | Founder of Attosecond Science | Chair Professor, University of Hong Kong | Pioneer of Laser-Based Cancer Diagnostics
Ferenc Krausz founded attosecond physics — the science of filming electrons in motion — and won the 2023 Nobel Prize in Physics for it. Now he is applying those same tools to detect cancer from a drop of blood, leading the Center for Molecular Fingerprinting in Budapest. His keynotes take audiences from the frontier of quantum physics to the future of medicine, revealing how the deepest science becomes the most transformative technology.
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Ferenc Krausz is a 2023 Nobel Laureate in Physics and the scientist widely credited with founding the field of attosecond physics — the experimental science of capturing electron motion at the fastest timescales that exist in nature outside the atomic nucleus. Hungarian-born and Austrian-trained, Krausz built a research legacy spanning Vienna, Munich, Budapest, and Hong Kong, generating discoveries that have reshaped our understanding of matter at its most fundamental level.
Nobel Prize speaker Ferenc Krausz is best known for leading the team that first generated and measured an isolated attosecond light pulse — a 650-attosecond flash produced in 2001 using a technique now known as attosecond streaking. That breakthrough made it possible, for the first time in history, to observe electrons in motion within atoms in real time — something theoretical physicists had declared impossible just decades earlier. For over two decades, Krausz served as Director at the Max Planck Institute of Quantum Optics and Chair of Experimental Physics at Ludwig-Maximilians-Universität München, where he co-founded the Munich Centre for Advanced Photonics and established the Centre for Advanced Laser Applications to accelerate the translation of ultrafast laser science into real-world technology.
His honors include the 2022 Wolf Prize in Physics, the King Faisal International Prize for Science, the BBVA Frontiers of Knowledge Award, and fellowship in the Austrian, Hungarian, and European Academies of Sciences. He has been recognized by the Optical Society of America and decorated with the Knight’s Cross of the Order of Merit of Hungary.
Krausz has extended attosecond science far beyond the laboratory, channeling its tools toward one of the most consequential challenges in healthcare: early disease detection. As founder and Scientific Director of the Center for Molecular Fingerprinting in Budapest — and since November 2025, Chair Professor at the University of Hong Kong — he leads large-scale clinical research applying infrared molecular fingerprinting to blood-based diagnostics. By exposing a few drops of blood plasma to ultrashort laser pulses, his team can detect the molecular signatures of lung, breast, prostate, and bladder cancers at stages when treatment is most effective. This work, which combines laser physics, molecular biology, and machine learning, has the potential to transform population-level health screening on a global scale.
As a speaker, Ferenc Krausz commands the stage with the rare authority of someone who has not only made history in the lab but is now working to translate that science into tools that could save millions of lives. His keynotes bridge the worlds of quantum physics, medical innovation, and technology strategy, giving senior audiences a visceral sense of how breakthrough science moves from the frontier of discovery to the frontline of human health. Organizations at the intersection of science, healthcare, deep tech, and innovation find in Krausz a voice that is simultaneously visionary and grounded — a living demonstration of what happens when curiosity is given the freedom to go all the way.
In this landmark keynote, Krausz recounts the decades-long pursuit that led to the first attosecond light pulse — a discovery that made it possible to observe electrons in motion for the first time in history. He explains what attosecond physics is, why it matters, and how the tools it created are now finding applications across electronics, quantum computing, and medicine. A rare firsthand account of a paradigm-shifting discovery, told by the scientist who made it.
Krausz presents the most consequential application of his Nobel-winning science: using ultrashort laser pulses to detect molecular fingerprints in human blood, enabling the early identification of cancers and other serious diseases before symptoms appear. Drawing on large-scale clinical research, he makes the case for a new model of proactive, population-level healthcare — and explains how physics, AI, and medicine are converging to make it possible.
A sweeping intellectual journey from the fundamentals of light and matter to a future where a simple blood test could diagnose cancer with unprecedented precision. Krausz explores what it takes to pursue science at the frontier for decades, how curiosity-driven research eventually yields transformative real-world impact, and why the most patient investments in fundamental science deliver the most powerful returns for society.
Krausz draws on his career across Hungary, Austria, Germany, and Hong Kong to argue that science's greatest challenges — and opportunities — are inherently international. He discusses how cross-border collaboration, interdisciplinary thinking, and the convergence of laser physics, molecular biology, and machine learning are creating tools to improve human health at scale, offering leaders a model for how to build innovation ecosystems that transcend institutional and national boundaries.
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