The Quantum computing and cyber security workshop was conducted by Charanya Balaji, a tech architect lead and freelance software corporate technical trainer and 20 participants with five of IEEE CS member were made to understand the concept of quantum computing and cyber security. began with an introduction to the fundamentals of quantum computing. Charanya explained key principles like superposition and entanglement, emphasizing their potential to revolutionize computing. Participants compared classical and quantum computing and explored applications in cryptography, optimization, and scientific research, highlighting the impact on industries like finance and healthcare. On the second day, participants delved deeper into the real-world applications of quantum computing. Charanya presented case studies demonstrating how quantum algorithms could transform sectors such as healthcare, finance, and AI. Challenges like scaling, error correction, and hardware limitations were discussed, along with future innovations and the expected timeline for mainstream adoption. Final day focused on cyber security in the quantum age. Charanya stressed the importance of protecting data in today’s interconnected world, covering encryption, threat detection, and secure communication systems. Special attention was given to the potential disruption quantum computing could cause to current cryptographic methods. Participants learned strategies to mitigate quantum-based cyber threats, and the day concluded with discussions on emerging technologies and their vulnerabilities and finally workshop ended with prize money ceremony.
