I’m a cryptography researcher specializing in elliptic curve–based cryptography and advanced isogeny studies.
My academic interests also extend into other areas of information theory, such as data compression and efficient
information representation.
My primary focus lies in understanding and improving the mathematical structures underlying elliptic curve cryptography,
particularly through isogeny-based constructions. I enjoy exploring both theoretical and applied aspects of cryptography,
always seeking new connections between pure mathematics and real-world systems.
Alongside my academic work, I have worked in several software development companies, contributing to the creation of web applications, tools, and game projects. I have hands-on experience with both backend and frontend technologies, and have
developed projects using Unity and Unreal Engine.
I primarily use:
- C#.NET
- C/C++
- Rust
- Go (Golang)
- Python
- TypeScript
- JavaScript
I value clean, maintainable code and enjoy experimenting with new technologies that balance performance and clarity.
I’m particularly interested in collaborations involving:
- Practical, high-impact software tools (CLI, desktop, or web)
- Innovative or educational applications in computer science
- Cryptography research
Whether academic or industry-related, I enjoy contributing to projects that have real-world value.
I’m open to contributing to or co-developing open-source projects that are both technically challenging and intellectually
rewarding. If you’re working on something exciting in cryptography, systems design, or developer tooling, I’d love to connect.
Thank you sincerely for visiting my profile and taking the time to read about my work and interests.
Feel free to reach out for collaboration or just to discuss cryptography, math, or software engineering!