I’m a researcher specializing in cryptology, computational statistics, and artificial intelligence. My work explores the intersection of advanced mathematical theory and real-world AI applications. I'm currently engaged in projects that push the boundaries of how these fields can drive innovation across industries.
- Cryptology: Developing novel cryptographic systems and security protocols for the digital age
- Computational Statistics: Applying statistical techniques to enhance AI and machine learning models
- Deep Reinforcement Learning: Advancing complex decision-making systems in dynamic environments
- Coding Theory: Focusing on error correction through algebraic curves to improve data integrity
- Bioinformatics: Leveraging AI to revolutionize healthcare and personalized medicine
- Cutting-edge cryptographic research, including the creation of new encryption algorithms
- AI-driven models in computational fluid dynamics
- Transformative AI applications in healthcare and biotechnology
- Interdisciplinary projects that blend AI, mathematics, and real-world problem-solving