Quantum Secure Symmetric Key Cryptography Based on Hidden Shifts

This course covers the topic of Quantum Secure Symmetric Key Cryptography based on Hidden Shifts. The learning outcomes include understanding post-quantum cryptography, classical functions, block ciphers, the Hidden Shift Problem, coset sampling, and security reductions. The course teaches skills such as analyzing cryptographic algorithms, evaluating security measures, and exploring quantum-resistant encryption techniques. The teaching method involves presenting research findings, discussing theoretical concepts, and proposing future research directions. The intended audience for this course includes cryptography enthusiasts, researchers, and professionals interested in quantum-resistant cryptographic protocols.