Hello everyone,
I am currently conducting research on quantum and post-quantum cryptography, focusing on their impact on cybersecurity, encryption algorithms, and real-world implementations. As the field rapidly evolves, I am particularly interested in exploring:
- The practical feasibility of quantum cryptographic protocols in real-world applications.
- The development and security analysis of post-quantum encryption schemes that resist quantum attacks.
- The integration of post-quantum cryptography with IoT and blockchain technologies.
I am looking to collaborate with researchers, academics, and professionals who are working on similar topics. If you are involved in quantum cryptography, post-quantum encryption, or related areas, I would love to discuss potential research opportunities and exchange ideas.
Feel free to connect with me or comment below if you are interested in collaboration.
Looking forward to engaging discussions and fruitful collaborations!
Best regards, Mohammad Helmy
I would start by reading my master's thesis Preprint DESIGN AND IMPLEMENTATION OF QUANTUM CRYPTOGRAPHIC ALGORITHM...
Potential Collaboration Opportunities
Key Readings and Journals
- IEEE Transactions on Information Forensics and Security
- ACM Transactions on Privacy and Security
- Post-Quantum Cryptography Conference Proceedings (PQCrypto)
- Journal of Cryptographic Engineering
If you're targeting publication or want to collaborate, these are high-visibility platforms.
Research Tools & Implementation Libraries
- liboqs (Open Quantum Safe Library): C library for quantum-resistant algorithms.
- PQClean: Collection of clean and tested implementations of post-quantum cryptographic schemes.
- FrodoKEM, Kyber, Dilithium, Falcon: The leading PQ algorithms — implementations available in NIST repo or OQS.
Integration with Blockchain and IoT
- Explore the integration of lattice-based cryptography for securing IoT data.
- Research into quantum-resistant signature schemes for blockchain (e.g., XMSS, SPHINCS+) is growing, particularly in proof-of-stake and zero-knowledge applications.
- Badges
- Science topic