Susan David
Harvard Medical School Psychologist | #1 WSJ Bestselling Author | Thinkers50 | Co-founder, Institute of Coaching | TED Speaker
2018 Nobel Laureate in Physics | Co-inventor of Chirped Pulse Amplification | Professor Emeritus, University of Michigan & École Polytechnique
Gérard Mourou's co-invention of Chirped Pulse Amplification earned him the 2018 Nobel Prize in Physics and transformed laser science forever — enabling the ultra-precise beams now used in eye surgery, manufacturing, and frontier physics research. A professor emeritus at the University of Michigan and École Polytechnique, and Chair Professor at Peking University, he remains one of the most active scientific minds at the cutting edge of extreme light. His keynotes challenge senior audiences to rethink what becomes possible when science is pushed to its absolute limits.
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Gérard Mourou is a 2018 Nobel Laureate in Physics whose invention transformed laser science and opened entirely new frontiers in medicine, manufacturing, and fundamental physics. Born in Albertville, France, he earned his PhD from Université Pierre-et-Marie-Curie in Paris in 1973 before building a career that spanned the world’s most prestigious research institutions on both sides of the Atlantic. Nobel Prize speaker Gérard Mourou is best known for co-inventing Chirped Pulse Amplification (CPA) with his doctoral student Donna Strickland at the University of Rochester in 1985 — a technique that makes it possible to generate ultrashort, extremely high-intensity laser pulses without destroying the amplifying material. The Nobel Committee recognized this breakthrough as the foundation for the most precise and powerful laser tools ever built.
CPA works by stretching a laser pulse in time to reduce its peak power, amplifying it, then compressing it back — producing a burst of light of extraordinary intensity in a fraction of a second. The practical impact has been immense: the technique now underlies LASIK and femtosecond eye surgery procedures performed on millions of patients annually worldwide, ultra-precise industrial micromachining, and cutting-edge research in particle physics and astrophysics.
After founding the Center for Ultrafast Optical Science (CUOS) at the University of Michigan — one of the world’s leading femtosecond laser research centers — Mourou returned to France in 2005 to lead the Laboratory of Applied Optics at École Polytechnique. There he initiated the Extreme Light Infrastructure (ELI), a landmark pan-European research facility spanning the Czech Republic, Hungary, and Romania, dedicated to building the most intense lasers on Earth. He also launched the Apollon laser project in France and the XCAN program at École Polytechnique. In October 2024, he was appointed Chair Professor at Peking University, where he is expected to play a central role in establishing a new institute covering laser physics, medical physics, particle physics, and astrophysics. He holds the A.D. Moore Distinguished University Professor Emeritus title at the University of Michigan and is a member of the National Academy of Engineering.
His awards include the R.W. Wood Prize, the Charles Hard Townes Medal, the Frederic Ives Medal from the Optical Society of America, the Arthur L. Schawlow Award from the American Physical Society, and the French Legion of Honour. He is a Fellow of both the Optical Society of America and the IEEE.
As a speaker, Gérard Mourou brings the authority of a Nobel laureate and the passion of a lifelong innovator to stages around the world. His talks explore the extraordinary potential of extreme light — from curing disease and reversing nuclear waste to probing the fabric of the universe — and challenge audiences to think boldly about what science can achieve. Senior leaders in technology, healthcare, energy, and research leave his sessions with a profound new appreciation for how laser physics is reshaping the boundaries of the possible.
From correcting human vision to probing the quantum vacuum, the laser has become one of civilization's most versatile instruments. In this keynote, Mourou traces the journey from the invention of Chirped Pulse Amplification to today's petawatt laser systems — and explores how extreme light is now being directed at some of humanity's most pressing challenges: cancer therapy, nuclear waste transmutation, and clean energy. A rare opportunity to hear the Nobel laureate who made it all possible.
Drawing on more than five decades at the frontier of physics, Mourou reflects on the conditions that produce transformative scientific breakthroughs — and what leaders, organizations, and nations can do to cultivate them. From the spontaneous insight that led to CPA (conceived on a ski lift in New York) to the decade-long process of building ELI across three countries, this session offers a candid, human account of how great ideas travel from imagination to global impact.
Femtosecond laser surgery — pioneered by Mourou's research — performs over a million corrective eye procedures every year. But this is only the beginning. In this forward-looking session, Mourou explores how extreme ultrafast lasers are opening new possibilities in cancer diagnostics, targeted therapy, and surgical precision. This keynote is particularly suited to audiences in healthcare, biotech, and medical innovation, and offers a compelling vision of where the science is headed next.
Conventional particle accelerators are massive, expensive, and rare. Laser-driven wakefield acceleration — an area Mourou has championed for decades — promises to shrink the footprint dramatically, democratizing access to particle physics and enabling breakthroughs in fundamental science, materials research, and next-generation oncology. This session examines how extreme light is set to reshape experimental physics, and what that means for technology, medicine, and our understanding of the universe.
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