This workshop is designed to introduce participants to the foundational principles of quantum computing and the concept of quantum supremacy. It explores how quantum systems outperform classical computational limits by leveraging the principles of quantum mechanics.

The session will cover theoretical foundations, recent technological advancements, and emerging real-world applications. By bridging classical computing concepts with quantum mechanics, the workshop provides both conceptual clarity and practical insights into next-generation computational technologies.

Objectives

• To build a strong foundational understanding of quantum computing concepts
• To introduce participants to the significance of quantum supremacy
• To encourage interdisciplinary learning across computing and physics domains
• To inspire interest in research and careers in emerging quantum technologies

Expected Outcomes
By the end of the workshop, participants will:

• Understand the key differences between classical and quantum computing
• Gain insights into the concept and implications of quantum supremacy
• Be aware of current trends, tools, and applications in quantum technology
• Be motivated to explore further research, innovation, and advanced learning in quantum computing