Post-Quantum Cryptography Summer School 2014

Explore post-quantum cryptography through this comprehensive summer school program covering the essential approaches to quantum-safe cryptographic systems. Delve into quantum cryptanalysis with Stacy Jeffery to understand how quantum algorithms threaten current cryptographic methods. Master lattice-based public-key cryptography through two detailed sessions with Daniele Micciancio, examining the mathematical foundations and practical implementations of lattice-based systems. Learn hash-based signatures from Johannes Buchmann and Andreas Hulsing, discovering how these quantum-resistant signature schemes provide long-term security. Investigate multivariate cryptography with Daniel Smith Tone, exploring public-key systems based on solving systems of multivariate polynomial equations. Understand code-based public-key cryptography through Nicolas Sendrier's presentation on error-correcting codes and their cryptographic applications. Gain practical insights into designing, testing, and deploying quantum-safe cryptographic solutions that will remain secure against both classical and quantum computational attacks, preparing for the transition to post-quantum cryptographic standards.