Casey Neistat
Pioneering YouTube Creator | Filmmaker & Digital Storytelling Expert | 12M+ Subscribers | Former CNN Content Partner
2023 Nobel Laureate in Physics | Emeritus Professor, The Ohio State University | Pioneer of Attosecond Science
Few scientists alive have literally invented a new dimension of time. Pierre Agostini's Nobel Prize-winning experiments created the tools to observe electrons in motion — opening frontiers in medicine, electronics, and quantum technology. His keynotes transform one of physics' most profound breakthroughs into a compelling lesson on curiosity, persistence, and why fundamental science is the engine of all innovation.
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Pierre Agostini is a 2023 Nobel Laureate in Physics whose experimental breakthroughs opened an entirely new window into the natural world — one measured not in seconds or milliseconds, but in attoseconds: a billionth of a billionth of a second. Emeritus Professor at The Ohio State University, Agostini spent the defining decades of his career at CEA Saclay in France before joining Ohio State in 2005, bringing with him a lifetime of discoveries that would ultimately earn science’s highest honor.
Nobel Prize speaker Pierre Agostini is best known for producing and investigating the first train of attosecond light pulses — a feat accomplished in 2001 alongside collaborators at CEA Saclay and the Dutch Foundation for Fundamental Research on Matter. By creating light pulses each lasting just 250 attoseconds and developing the RABBITT technique to characterize them, Agostini gave scientists their first practical tool for observing electron motion in real time inside atoms and molecules. The implications are profound: electron dynamics underlie virtually every chemical and physical process, from the workings of semiconductors to the mechanisms of biological reactions.
His contributions have been recognized with a constellation of major awards, including the Gustave Ribaud Prize from the French Academy of Sciences, the Gay-Lussac–Humboldt Prize, the Joop Los Fellowship from FOM, and the William F. Meggers Award in Spectroscopy from the Optical Society of America, of which he is also a Fellow. He has authored more than 120 peer-reviewed publications across five decades of research.
In 2023, Agostini was jointly awarded the Nobel Prize in Physics alongside Anne L’Huillier and Ferenc Krausz for developing experimental methods that generate attosecond light pulses for the study of electron dynamics in matter. The Nobel Committee described the laureates’ work as giving “humanity new tools for exploring the world of electrons inside atoms and molecules.” Applications already emerging from this science span electronics, medical diagnostics, and quantum computing — fields where understanding and controlling electron behavior at the fastest timescales is a decisive frontier.
As a speaker, Pierre Agostini brings the wonder and rigor of a lifetime at the frontier of physics to audiences ranging from scientific institutions to executive leadership forums. His talks translate one of the most counterintuitive ideas in modern science — that we can now film the motion of electrons — into a compelling story about curiosity, persistence, and the long road from fundamental research to world-changing impact. Senior audiences leave with a deeper appreciation of how today’s pure science becomes tomorrow’s technological revolution, and why investing in foundational inquiry is the most strategic bet any organization or society can make.
This keynote takes audiences on a journey to the edge of human perception — the world of electrons moving inside atoms, measured in attoseconds. Agostini traces the decades of experimentation, collaboration, and breakthrough thinking that made it possible to observe these motions for the first time, revealing a new frontier with applications from medical diagnostics to advanced electronics and quantum computing.
Drawing on more than five decades at the frontier of physics, Agostini makes the case for patient, curiosity-driven inquiry as the most powerful engine of technological progress. Using his own Nobel-recognized work as a through line, he explores how discoveries with no immediate application ultimately underpin the most consequential innovations — and why organizations and societies that invest in foundational science gain a lasting competitive edge.
An accessible but authoritative look at where ultrafast science is heading next. Agostini explores the theoretical and experimental push toward zeptosecond pulses — a thousand times shorter than attoseconds — and what mastering that timescale could unlock for physics, chemistry, biology, and technology. A keynote that inspires audiences to think beyond current limits and embrace the unknown as the source of tomorrow's breakthroughs.
A personal and philosophical talk drawn from Agostini's journey — from a student discouraged from mathematics to a Nobel Laureate who redefined what science can measure. He reflects on failure, persistence, collaboration, and the discipline of remaining genuinely curious throughout a long career, offering leaders and innovators a rare perspective on what it takes to achieve work that lasts.
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