November, 2026

Event Details
Navigating Quantum Computing Under Uncertainty: Measuring the Momentum, Addressing the Promise When: Wednesday, November 11, 2026 | 14:30-15:30 Where: AC Auditorium, Deree - The American College of Greece Organized by:
Event Details
Navigating Quantum Computing Under Uncertainty: Measuring the Momentum, Addressing the Promise
When: Wednesday, November 11, 2026 | 14:30-15:30
Where: AC Auditorium, Deree – The American College of Greece
Organized by: Department of Computing and Mathematics, Deree – The American College of Greece
About the talk
What makes quantum computing different from the computers we use today, and why are scientists, engineers, and businesses investing in it? This introductory talk provides a fast-paced journey through the world of quantum technologies, with quantum computing at its core. Starting with the fundamental ideas and motivations behind the field, it will explain key concepts in an intuitive way, with no prior knowledge of quantum mechanics required. The session will then move from theory to practice, exploring promising applications and the areas where industry expects quantum computing to create future value. Along the way, we will separate realistic potential from hype, consider the technology’s current limitations, and highlight the opportunities it could open for the next generation.
About the speakers
Evangelos Karamatskos is a member of the AI&Data CoE at EY Greece in Athens and the Quantum R&D Leader for EY Global Innovation, where he leads applied research, business development and product innovation for the Quantum Lab. He works with industry and academia to advance quantum readiness, use-case development and adoption roadmaps. A physicist by training, he holds a PhD from the University of Hamburg and previously conducted postdoctoral research in ultrafast molecular imaging.
Andreas Kostopoulos is a Quantum Technologies Manager with a strong background in AI and advanced analytics projects. As a core member of EY Global Innovation’s Quantum Lab, he aims to provide business-relevant understanding of quantum innovation, cutting through hype while addressing the steep learning curve that often delays engagement with these technologies. He holds a PhD in Inorganic Chemistry from the University of Manchester and has carried out postdoctoral research in molecular magnetism and quantum information processing.
