Thursday, August 13
New Materials, AI, and the Batteries of the Future: More Than 100 Research Innovations Showcased at INESS-2026
From August 5 to 7, Nazarbayev University is hosting the 14th International Conference on Nanomaterials and Advanced Energy Storage Systems (INESS-2026). The event has brought together more than 200 researchers, engineers, and industry representatives from over 10 countries across Europe, Asia, Africa, and North America. The conference is organized by Nazarbayev University, the Institute of Batteries, and the Institute of New Materials and Energy Technologies (INMET). The conference showcases more than 100 research projects and technological innovations that could shape the future of energy. Participants are presenting advances in higher-capacity, safer, and faster-charging batteries, next-generation energy storage systems for electric vehicles, unmanned aerial vehicles, and space applications, as well as the use of artificial intelligence to accelerate the discovery and design of advanced materials. A dedicated strategic session is focused on research commercialization and the development of high-tech industries. “At Nazarbayev University, we are committed to advancing world-class research, fostering innovation and building both significant and sustainable international partnerships. This particular conference demonstrates this commitment by fostering interdisciplinary collaboration, facilitating knowledge exchange and advancing solutions to some of the most significant scientific and technological challenges of our time,” said Professor Waqar Ahmad, President of Nazarbayev University, in his opening remarks. Among the keynote speakers are Professor Jeff Dahn, a pioneer of lithium-ion battery research; Professor Rachid Yazami, inventor of the graphite anode for lithium-ion batteries, Professor Shinichi Komaba, one of the world’s leading experts on sodium-ion battery technology, and others. “Twenty years ago, nearly all research was focused on lithium-ion batteries,” said Professor Shinichi Komaba of the Tokyo University of Science. “Today, researchers are actively developing new battery chemistries because