Lorraine Hariton
Former President & CEO of Catalyst | Global Authority on Women's Leadership, DEI & the Future of Work | Former U.S. State Department Official & Silicon Valley CEO
Pioneer of the All-Solid-State Battery | Inventor of the LGPS Solid Electrolyte | Institute Professor & Director, Research Center for All-Solid-State Batteries, Science Tokyo
Ryoji Kanno is a pioneer of the all-solid-state battery, the technology poised to transform electric vehicles, electronics, and the energy transition. In 2011 he discovered LGPS, a solid electrolyte that moves lithium ions faster than liquid, doubling battery output across extreme temperatures. Director of the Research Center for All-Solid-State Batteries at the Institute of Science Tokyo, he shares an authoritative view of where energy storage is truly heading.
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Ryoji Kanno is one of the world’s foremost authorities on next-generation energy storage and a pioneer of the all-solid-state battery, a technology widely expected to reshape electric vehicles, electronics, and the global energy transition. A professor and researcher for more than four decades, he is best known for discovering LGPS, a breakthrough solid material that conducts lithium ions faster than the liquid electrolytes used in conventional batteries.
Science speaker Ryoji Kanno serves as Institute Professor and Director of the Research Center for All-Solid-State Batteries at the Institute of Integrated Research, Institute of Science Tokyo (formerly the Tokyo Institute of Technology). Since 1980, his research has centered on the inorganic materials at the heart of electrochemical energy storage, from lithium-ion battery electrodes to solid oxide fuel cells. His central insight has been that the future of batteries depends on the electrolyte: to replace the flammable liquid inside today’s lithium-ion cells, scientists need a solid through which ions can move with exceptional speed.
In 2011, Kanno and his team achieved exactly that. By combining lithium, germanium, phosphorus, and sulfur, they created Li₁₀GeP₂S₁₂, known as LGPS, a solid electrolyte through which lithium ions travel even faster than in liquid at room temperature. Batteries built with such materials demonstrated more than twice the output of conventional lithium-ion cells while operating reliably across an extreme temperature range, from roughly minus 30 to over 100 degrees Celsius. The discovery galvanized laboratories and manufacturers worldwide and remains a cornerstone of the global race to commercialize solid-state batteries. Kanno’s contributions have been recognized with numerous honors, including his election as a 2025 Fellow of The Electrochemical Society.
As a speaker, Ryoji Kanno offers audiences a clear, authoritative view of one of the most consequential technologies of the coming decades. He explains why battery innovation has been so slow, what makes solid-state batteries different, and how this shift could transform mobility, renewable energy, and electronics. Senior audiences gain not only a grasp of the science, told accessibly by the person who made the key discovery, but a grounded sense of where energy storage is genuinely heading and why it matters for industry and society.
Ryoji Kanno explains why the battery, largely unchanged in its fundamentals for decades, is on the verge of its most important transformation. He explores how replacing liquid electrolytes with solids could deliver safer, longer-lasting, higher-performance batteries, and what that means for electric vehicles, electronics, and renewable energy.
The discovery of LGPS, a solid that conducts lithium ions faster than liquid, reset expectations for what batteries could do. Kanno tells the story of that breakthrough firsthand, from the scientific puzzle to the material itself, offering a rare window into how a fundamental discovery is made and why it matters.
Reliable, high-capacity energy storage is the linchpin of a decarbonized world. Kanno examines the role next-generation batteries will play in electrifying transport, stabilizing renewable power grids, and meeting global climate goals, along with the real engineering and commercialization challenges that remain.
More than thirty years after lithium-ion batteries arrived, society is only beginning to master them, a testament to how hard material innovation truly is. Drawing on four decades of research, Kanno reflects on patience, persistence, and the long road from laboratory discovery to world-changing technology.
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