On December 15, the Department of Physics and Electronics Engineering of the Faculty of Physics and Engineering Physics successfully organized a seminar entitled “Design of Programmable and Energy-Efficient Hardware Accelerators for AI, Cryptography, and Quantum Computing.” The event attracted significant interest from faculty members, researchers, and students, particularly in the context of the rapid advancement of cutting-edge computing technologies.
The seminar provided in-depth analyses of the role of programmable hardware accelerators in addressing complex computational challenges, while emphasizing the critical importance of optimizing performance and energy efficiency. These factors are widely regarded as key determinants of the deployability and long-term sustainability of modern AI, cryptographic, and quantum computing systems.
In addition to updating participants on the latest academic and technological developments, the seminar fostered an open and dynamic academic exchange, enabling attendees to discuss emerging research directions, potential applications, and the integration of these advanced technologies into education and scientific research.
Through this seminar, the Faculty of Physics and Engineering Physics reaffirmed its commitment to building a dynamic and research-oriented academic environment that contributes to enhancing the quality of education and research. At the same time, the event laid an important foundation for the development of high-quality academic activities aligned with strategic and emerging technology fields in the future.