Jason James
Emmy Award-Winning Media & Entertainment Strategist | Founder, Innovate / Operate | Former CDO, The Recording Academy (GRAMMYs) | DC Comics, Disney/ABC Veteran
2014 Nobel Laureate in Physics | Inventor of the Blue LED | Professor, UC Santa Barbara | Founder & CEO, Blue Laser Fusion
The inventor of the blue LED and 2014 Nobel Laureate in Physics, Shuji Nakamura solved one of the hardest problems in semiconductor science — from a small industrial lab, against the odds. His discovery transformed global energy consumption, enabled modern displays, and earned him the Nobel Prize. Audiences gain rare insight into breakthrough invention, deep-tech entrepreneurship, and the persistence behind world-changing science.
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Shuji Nakamura is a 2014 Nobel Laureate in Physics and one of the most consequential inventors of the modern era — the scientist whose breakthrough in blue light-emitting diode technology made today’s energy-efficient lighting, vivid smartphone displays, and Blu-ray technology possible. Born in a small fishing village in Japan and trained at the University of Tokushima, Nakamura joined Nichia Chemical Industries in 1979 and spent two decades quietly revolutionizing solid-state lighting from within a small industrial lab — without the resources of a major research university or corporate R&D powerhouse.
Nobel Prize speaker Shuji Nakamura is best known for achieving what many scientists considered impossible: developing the first commercially viable bright blue LED using gallium nitride (GaN) materials. Working largely against conventional wisdom — and at times against direct orders from management — he developed the breakthrough p-type GaN doping process and the InGaN double heterostructure that made high-brightness blue LEDs a reality in 1993. The impact was immediate. Nichia’s revenues grew from roughly ¥20 billion to ¥80 billion within a decade, with blue LED products accounting for the majority of that growth. His work also unlocked white LED lighting, which uses as little as one-seventh the energy of incandescent bulbs and lasts many times longer — a development with profound implications for global energy consumption and sustainability.
His contributions have been honored with an extraordinary range of distinctions, including the Millennium Technology Prize, the Charles Stark Draper Prize for Engineering, the Prince of Asturias Award for Technical Scientific Research, and the National Academy of Engineering fellowship. He holds more than 200 US patents and over 300 Japanese patents, and has authored more than 550 scientific papers.
After joining the University of California, Santa Barbara in 2000 — where he holds the Cree Chair in Solid State Lighting and Displays — Nakamura co-founded Soraa in 2008 to commercialize GaN-on-GaN LED technology, and later co-founded SLD Laser and Blue Laser Fusion Inc., where he currently serves as CEO. His ongoing research focuses on advancing laser-based lighting and energy applications — technologies he believes will surpass current LED efficiency ceilings.
As a speaker, Shuji Nakamura brings to the stage a story unlike almost any other in modern science: a self-reliant inventor who succeeded through persistence, unconventional thinking, and hands-on ingenuity rather than institutional backing. Audiences — whether from technology, energy, manufacturing, or leadership backgrounds — leave with a deeper understanding of how transformative innovation happens at the edges, not the center. He speaks on the science and future of solid-state lighting, sustainable energy technology, the entrepreneurial path from lab to market, and what it takes to pursue a breakthrough when every signal tells you to stop.
Nakamura takes audiences inside the full arc of his discovery — from the technical barriers that had stymied scientists for decades to the persistence, improvisation, and unconventional methods that finally cracked them. This talk explores how a single breakthrough at a small Japanese chemical company changed the economics of global lighting and earned a Nobel Prize, offering concrete lessons on deep-tech innovation, experimental courage, and what it means to pursue a problem no one else believes is solvable.
A forward-looking exploration of where solid-state lighting and laser technology are headed next. Nakamura discusses the efficiency limits of current LED technology, the case for GaN-based laser lighting, and his ongoing work at Blue Laser Fusion. This session is particularly valuable for audiences in energy, manufacturing, and technology strategy who want a credible scientific perspective on the intersection of sustainability and next-generation hardware.
Drawing on his own career, Nakamura examines the conditions that make genuine invention possible — and the institutional, cultural, and personal factors that most often prevent it. He challenges organizations to rethink how they structure R&D, support contrarian ideas, and reward the kind of hands-on, iterative experimentation that produces transformative results rather than incremental gains.
A candid session on the journey from academic discovery to venture creation, based on Nakamura's experience co-founding Soraa, SLD Laser, and Blue Laser Fusion. He addresses the practical and philosophical challenges of commercializing deep science, the relationship between university research and industry application, and why the most important inventions of the next decade are likely to come from scientists willing to take the entrepreneurial leap.
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