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Explore post-quantum cryptography through this conference session focusing on isogenies and error-correcting codes, chaired by Bo-Yin Yang at CHES 2025. Delve into cutting-edge research presentations that examine cryptographic systems designed to withstand attacks from quantum computers, specifically investigating isogeny-based and code-based approaches to quantum-resistant encryption. Learn about the latest developments in mathematical foundations, implementation challenges, and security analysis of these promising post-quantum cryptographic primitives. Gain insights into how isogenies between elliptic curves and error-correcting codes can be leveraged to create secure cryptographic protocols for the quantum era. Access comprehensive research findings through detailed papers and presentation slides that demonstrate practical applications and theoretical advances in these critical areas of post-quantum cryptography.
