Session

DescriptionHigh-performance computing (HPC) is evolving rapidly to meet the growing demands of complex scientific, engineering, and industrial applications. As data volumes expand exponentially and simulations become increasingly intricate, the future of HPC will rely on cutting-edge hardware, innovative architectures, and software-driven optimizations to boost processing power, efficiency, and scalability. At the same time, Artificial Intelligence (AI) is transforming HPC by enhancing computational efficiency through predictive models and adaptive processing techniques. However, this integration also intensifies the need for computational resources, creating challenges such as rising energy consumption and the efficient management of resources. Addressing these issues requires exploring novel computing platforms that balance high performance with sustainability. This minisymposium will examine emerging technologies, including Quantum Computing, Electronic Neuromorphic Computing, and Photonic Computing, which are at various stages of development. By analyzing these advancements and their potential applications, we aim to outline a roadmap for the next generation of HPC technologies. The discussion will emphasize their transformative impact on diverse fields, highlighting how these innovative solutions could shape the future of computing over the next decade.